首页> 外国专利> Eco friendly explosive case and Dispersion explosive assembly including this same and Blasting method using this same

Eco friendly explosive case and Dispersion explosive assembly including this same and Blasting method using this same

机译:包括该部件的环保炸药盒和分散炸药组件以及使用该炸药的爆破方法

摘要

The present invention relates to an eco-friendly charging tube tube using a paper tube, a distributed charging assembly including the same, and a blasting method using the same, wherein recycled paper, which is an eco-friendly material with weak explosive speed, is used as a charging case, and an anti-pollution explosive is filled therein to prevent environmental pollution Expectedly, the aim is to increase the blasting efficiency through the increase of the detonation pressure due to the Neumann effect and to alleviate the blasting impact by forming an air layer between the explosives. An eco-friendly charging tube tube using a paper tube according to the present invention, as a paper tube, the tube tube body 11 having a space in which both sides in the longitudinal direction are open; Anpo explosive (13) loaded in the space of the tube tube body; A conical cap (12) for closing an open portion of the tube tube body in a direction toward the cavity and forming a conical space narrowing toward the inside to increase the detonation pressure toward the cavity; A closing cap 14 which is coupled to a position inwardly from the end of the remaining open portion of the tube tube main body to tightly load the conical cap and the inner bag; It includes an air gap 15 formed as an empty space between the closing cap and the open portion of the tube tube body to buffer vibration during explosion.
机译:本发明涉及一种使用纸管的环保充电管管,包括该纸管的分布式装填组件以及使用该管的爆破方法,其中,再生纸是一种爆炸​​速度较弱的环保材料,其被回收。用作装料盒,并在其中填充了防污染炸药以防止环境污染。预期的目的是通过由于诺伊曼效应而引起的爆震压力的增加来提高爆破效率,并通过形成爆炸来减轻爆破冲击。炸药之间的空气层。使用根据本发明的纸管的环保充电管管,作为管,管管体11具有在纵向方向上的两侧均敞开的空间;并且,该管管体11具有在纵向方向上敞开的空间。安波炸药(13)装在管子管体的空间内;锥形帽(12),用于在朝向腔的方向上封闭管主体的开口部分,并形成向内侧变窄的锥形空间,以增大朝向腔的爆震压力;封闭帽14,其连接到管主体的其余开口部分的端部的向内的位置,以紧密地装载锥形帽和内袋。它包括气隙15,该气隙15形成为在封闭盖和管主体的开口部分之间的空隙,以缓冲爆炸期间的振动。

著录项

相似文献

  • 专利
  • 外文文献
  • 中文文献
获取专利

客服邮箱:kefu@zhangqiaokeyan.com

京公网安备:11010802029741号 ICP备案号:京ICP备15016152号-6 六维联合信息科技 (北京) 有限公司©版权所有
  • 客服微信

  • 服务号