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1. 发明公开

EP3162785A1 METHOD FOR CONTINUOUSLY PRODUCING EMULSION EXPLOSIVE WITHOUT CHARGE PUMP BY MEANS OF EMULSIFICATION AND SENSITIZATION IN STATIC STATE 有权
标题翻译：用于乳化炸药不收费泵持续生产资料处于静止状态的乳化和意识
公开(公告)号：EP3162785A1
公开(公告)日：2017-05-03
申请号：EP14895829
申请日：2014-06-25
申请人： SHIJIAZHUANG SUCCESS MACHINERY ELECTRICAL CO LTD
发明人： TANG QIUMING , GUO ZIQING , WANG MUSHEN , ZHANG AIJUN
IPC分类号： C06B21/00
CPC分类号： C06B21/0008 , C06B23/002 , C06B47/145
摘要： A method for continuously producing emulsion explosive by emulsification and sensitization in a static state without a loading pump, wherein, after the water phase and oil phase enters a static emulsifier for emulsification, the emulsion enters a static sensitization device; the sensitizer enters the static sensitization device through the sensitizer charging inlet and mixes with the emulsion in the static sensitization device. After emulsification and sensitization, the sensitized explosive directly enters an injection pipe for encapsulation. By adopting the static emulsifier and sensitization device, traditional one-time mixing has been replaced with multiple times of mixing, this greatly reduces the explosive material storage amount, and also mechanical stirring and shearing for emulsification is avoided. Meanwhile, mechanical mixing for sensitization is omitted and replaced with full-static high-temperature sensitization, and the safety of sensitization is improved. In this way, the loading pump of a traditional production line is omitted, and the sensitized emulsion directly enters the injection pipe, thus the risk points in the production process and the online explosive material storage amount are reduced, and the intrinsic safety of manufacturing and encapsulating the explosive is achieved.
摘要翻译：一种用于连续生产乳剂通过处于静止状态的乳化和致敏炸药没有装载泵，worin，后水相和油相进入用于乳化静态乳化剂，乳液进入静态增感装置的方法; 增感剂通过增感剂充电入口进入静态致敏装置和在静态致敏设备乳液混合。乳化和致敏后，将致敏的炸药直接入射于封装的注射管。通过采用静态乳化剂和致敏设备，传统的一次性混合已被替换为混合多次，这大大降低了爆炸材料存储量，并且避免了用于乳化因此机械搅拌和剪切。同时，用于致敏机械混合省略，并用全静态高温致敏取代，和敏化的安全性提高。以这种方式，传统的生产线的装载泵被省略，并且增感乳剂直接入射到注入管，因此，在生产过程和在线爆炸材料存储量的危险点被减少，并且制造的固有安全性和封装炸药实现。

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