首页> 外国专利> METHOD FOR RECYCLING ROOM COAL PILLARS BY SOLID BACKFILLING IN COORDINATION WITH ARTIFICIAL PILLARS

METHOD FOR RECYCLING ROOM COAL PILLARS BY SOLID BACKFILLING IN COORDINATION WITH ARTIFICIAL PILLARS

机译:人工回弹配合固结回填回收煤层煤的方法

摘要

A method for recycling room coal pillars by solid backfilling in coordination with artificial pillars, comprising: conveying a solid material (3) on the ground and a cementing material (4) to a room pillar gob (9) by means of a batching mine (1) and a pipeline (2); casting a plurality of artificial pillars (6) in a coal room region at a certain distance, and performing gangue casting and backfilling on other regions of the coal room by using a gangue casting machine (8); with combined supporting of the plurality of artificial pillars and coal room fillers (7), recycling the coal pillars by using a continuous coal mining machine (10), then casting the artificial pillars in the original coal pillar region after recovering, and performing gangue casting and backfilling on the original coal pillar region by using the gangue casting machine. A system for recycling room coal pillars (5) in coordination with artificial pillars mainly comprises a material transport system, a combined supporting system, and a coal pillar recycling system. By constructing pillar grooves (11), casting artificial pillars, performing gangue casting and backfilling on a gob, and recovering the coal pillars, the recovery rate of coal resources can be increased, and the room coal pillar recovery theories and technologies in China can be enriched while promoting harmonious development of environmental protection and resource exploitation.
机译:一种通过与人工煤柱配合进行固体回填来回收室内煤煤柱的方法,该方法包括:通过配料矿井将地面上的固体物料(3)和固井材料(4)输送到室内煤球采空区(9)中( 1)和管道(2);在煤房区域内以一定距离浇铸多个人造支柱(6),并利用a石铸造机(8)在煤房的其他区域进行石铸造和回填;结合多个人工支柱和煤填充物(7)的支撑,使用连续采煤机(10)回收煤支柱,然后在回收后在原始煤支柱区域铸造人造支柱,然后进行and石铸造然后使用the石铸造机对原始煤柱区域进行回填。与人造支柱配合使用的房间煤支柱(5)的回收系统主要包括材料运输系统,联合支撑系统和煤支柱回收系统。通过构造支柱槽(11),铸造人工支柱,在煤b石上进行casting石铸造和回填以及回收煤炭支柱,可以提高煤炭资源的回收率,并可以在中国发展室内煤炭支柱的回收理论和技术。促进环境保护与资源开发协调发展。

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