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    • 3. 发明授权
    • Initiator assembly
    • 启动器组件
    • US06820556B1
    • 2004-11-23
    • US10300899
    • 2002-11-21
    • Shingo Oda
    • Shingo Oda
    • F42B310
    • B60R21/2644B60R2021/26029F42B3/195
    • An initiator assembly is provided with a metallic collar securely combined to an electric type initiator to block a moisture penetration into the inside of a gas generator, thereby obtaining operation reliability of the gas generator. In the initiator assembly, at least part of the electric type initiator is surrounded by the metallic collar, and integrated with a resin. At least either of an annular protrusion and a cylindrical protrusion provided in the direction to surround the electric type initiator is formed on the metallic collar, and the protrusion is covered with the resin.
    • 引发器组件设置有金属轴环,其牢固地组合到电型引燃器以阻挡湿气渗透到气体发生器的内部,从而获得气体发生器的操作可靠性。 在引发器组件中,至少部分电型引发器被金属套环包围,并与树脂整合。 在金属套环上形成有围绕电式引爆器的方向上设置的环状突起和圆筒形突起中的至少一个,突起被树脂覆盖。
    • 5. 发明授权
    • Electric circuit for an electrically dischargeable primer
    • 可放电底漆的电路
    • US06598532B2
    • 2003-07-29
    • US09929481
    • 2001-08-14
    • Donald G. GerardEileen L. Gerard
    • Donald G. GerardEileen L. Gerard
    • F42B310
    • F42C19/14
    • An electrical circuit for electrically dischargeable primers having a conductive body, a first electrical contact area, a bottom plate area, one or more burn out area(s) on the bottom plate area, and a second electrical contact area. The conductive body provides an electrical path between a primer's inside cylindrical wall and an inside surface of the primer's cap or cup. The first electrical contact area makes an electrical contact with the inside surface of the cylindrical wall. The second electrical contact area makes an electrical contact with an inside surface of the primer's cap or cup. The bottom plate area is positioned in a bottom location of an electrically dischargeable primer. At least one, but typically two or more burn out areas are on the bottom plate area. The burn out areas have a reduced cross section area. The total cross section area of the burn out areas must be less than the cross section of any other location on the elongated conductive body. Since the burn out area have a smaller cross section area they will heat and burn faster than any other area when an electrical current is applied. This assures the precise location of ignition of primer powder.
    • 一种用于可放电的底漆的电路,具有导电体,第一电接触区域,底板区域,底板区域上的一个或多个烧尽区域和第二电接触区域。 导电体在底漆的内部圆柱形壁和底漆的盖或杯的内表面之间提供电路径。 第一电接触区域与圆筒壁的内表面电接触。 第二电接触区域与底漆的盖或杯的内表面电接触。 底板区域位于可放电底漆的底部位置。 在底板区域上至少有一个,但通常两个或更多的烧毁区域。 烧毁区域的截面面积减小。 烧毁区域的总横截面积必须小于细长导电体上任何其他位置的横截面积。 由于烧坏区域具有较小的横截面积,因此当施加电流时,它们会比任何其他区域加热和燃烧得更快。 这确保了底漆粉末的点火精确位置。
    • 8. 发明授权
    • Initiator with loosely packed ignition charge and method of assembly
    • 起动器具有松散包装的点火充电和组装方法
    • US06408759B1
    • 2002-06-25
    • US09402868
    • 2000-02-29
    • David W. EwickBrendan M. Walsh
    • David W. EwickBrendan M. Walsh
    • F42B310
    • C06C7/00F42B3/121F42B3/13F42B3/195
    • An initiator (100) assembled from a housing (112), an output charge (144) and an initiation means (110, 120, 58, 54) includes a pulverulent ignition charge (46a) disposed in direct initiation relation to the initiation means, and an output charge (144) that may contain a pulverulent deflagration-to-detonation transition (DDT) charge (144a) and an explosive base charge (144b). The ignition charge (46a) has an average particle size of less than 10 microns, or even less than 5 microns, e.g., 1 to 2 microns. The initiation means may include a semiconductor bridge (18) and the ignition charge (46a) may be compacted with a force of less than about 5880 psi, e.g., with a force of 1000 psi. In another embodiment, an initiator (210) includes a low-energy electrical initiator (234), a loosely packed BNCP ignition charge (218) and a pyrotechnical output charge (214).
    • 从外壳(112),输出电荷(144)和启动装置(110,120,58,54)组装的起动器(100)包括与引发装置直接起动关系设置的粉状点燃电荷(46a) 以及可能包含粉状爆燃至爆炸过渡(DDT)电荷(144a)和爆炸性碱性电荷(144b)的输出电荷(144)。 点火电荷(46a)的平均粒度小于10微米,甚至小于5微米,例如1至2微米。 引发装置可以包括半导体桥(18),并且点火装料(46a)可以以小于约5880psi的力例如以1000psi的力压缩。 在另一个实施方案中,引发剂(210)包括低能电引发剂(234),松散包装的BNCP点燃电荷(218)和烟火输出电荷(214)。
    • 9. 发明授权
    • Electrically initiated distributed igniter
    • 电启动分布式点火器
    • US06363853B1
    • 2002-04-02
    • US09398391
    • 1999-09-17
    • Paul R. Rohr
    • Paul R. Rohr
    • F42B310
    • F42C19/12F42B3/10F42B5/08
    • An electrically initiated distributed igniter (EIDI) system combines most of the advantages of conventional pyrotechnic igniters with those of ETC planar igniters without the disadvantages of either. The EIDI system lends itself to precise timing control of multiple electric circuits, embedded charge ignition, and other design advantages to be discussed here. The EIDI system utilizes discrete igniter pads which require only a few millijoules of energy each and are quite small in size, about 3 mm in diameter. As a result, the igniters can be used in very large numbers to give good spatial distribution, even for smaller 25 to 40 mm diameter gun charge designs. Energy requirements are so minimal that small disposable firing capacitors and semi-conductor switches can be pre-packaged inside the casing along with the propellant and igniters. This allows multiple igniter firing circuits, used to control the explosion of the main propellant, to be reliably packaged with the charge and firing information, which is energized via a single breech connection. Also related to the low energy requirements of this concept, power requirements are small enough to be delivered by the same 24 v dc firing circuit which is already in place on most modem gun systems.
    • 电启动的分布式点火器(EIDI)系统将常规烟火点火器的大部分优点与ETC平面点火器的优点结合在一起,而没有两者的缺点。 EIDI系统适用于多个电路的精确定时控制,嵌入式充电点火以及其他设计优势。 EIDI系统采用分立式点火器,其每个只需要几毫克的能量,并且尺寸相当小,直径约为3毫米。 结果,即使对于较小的25至40mm直径的枪装置设计,点火器也可以大量使用以提供良好的空间分布。 能量需求非常小,因此小型一次性烧制电容器和半导体开关可以与推进剂和点火器一起预先封装在外壳内部。 这允许用于控制主推进剂的爆炸的多个点火器点火电路可靠地与通过单个后膛连接通电的充电和点火信息一起被包装。 与这个概念的低能量要求相关的是,功率要求足够小,可以由大多数现代炮系统上已经存在的相同的24V直流点火电路来传送。