首页> 外国专利> Tetraammine-based BERTA lead-free ecological shock tube

Tetraammine-based BERTA lead-free ecological shock tube

机译:基于四氨合胺的BERTA无铅生态避震管

摘要

A characteristic feature of this invention is the full utilization of physicochemical phenomenon whereby cascaded, or continuously increasing density suitable energetic material from the initiation point and the mirror in both directions inside and geometrically suitable rigid container. The basic principle of this phenomenon is apparent from FIG. A. Arrows indicate bidirectional pressure, which results in the rapid increase. It turned out that the use of this phenomenon, it is sufficient to see the spherical sector. Fig. B. Practical applications of this phenomenon is evident from Fig. C, which represents the hard container and fully replaces a spherical shape. Making it possible to transition from deflagration to detonation full speed characteristic of the energetic material. Which it has hitherto not been possible without the mechanical counters, rear caps, fuse or excipients used in detonators of the type NPED that utilize propagation of shock waves in only one direction. Given the foregoing, it is a feature of the present invention is a metal tube which is open at both ends, or both ends only protected against external influences in an appropriate manner. Chemical substance inside the shock tube is only Tetraammin pure copper perchlorate, mechanically treated in a particular manner. Hereinafter tacP. This free excipients, mechanical seals and semi closures as is currently the case in constructions NPED type.
机译:本发明的一个特征是充分利用了物理化学现象,由此从起始点和反射镜在内部和几何形状合适的刚性容器的两个方向上级联或连续增加密度的合适的含能材料。这种现象的基本原理从图2中显而易见。 A.箭头表示双向压力,导致压力迅速增加。原来,利用这种现象,足以看到球面扇形。从图C可以明显看出这种现象的实际应用,图C代表了硬质容器,完全替代了球形。使高能材料从爆燃过渡到爆震全速特性成为可能。迄今为止,没有在NPED型雷管中使用的机械计数器,后盖,保险丝或赋形剂,仅利用冲击波的一个方向传播,这是不可能的。鉴于以上所述,本发明的特征是一种金属管,该金属管的两端是敞开的,或者仅以适当的方式保护了两端免受外部影响。减震管内的化学物质仅为Tetraammin纯高氯酸铜,并已通过特殊方式进行机械处理。以下为tacP。这种游离的赋形剂,机械密封件和半封闭件,目前在NPED型结构中就是这种情况。

著录项

  • 公开/公告号CZ2014152A3

    专利类型

  • 公开/公告日2015-10-07

    原文格式PDF

  • 申请/专利权人 FRÖSSL BERNARD;

    申请/专利号CZ2014152

  • 发明设计人 FRÖSSL BERNARD;

    申请日2014-03-12

  • 分类号F42B3/11;

  • 国家 CZ

  • 入库时间 2022-08-21 15:15:43

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