YUN Dongfeng, LEI Qi, CHEN Guangping, WU Yongping, DU Ronghua, GU Bin, LIU Zhu, ZHANG Yuanhao. Persistence Utility of Coal Bunker for Rehabilitation at Fully-mechanized Caving Face with Large Dip Angle[J]. Safety in Coal Mines, 2017, 48(1): 210-213.
    Citation: YUN Dongfeng, LEI Qi, CHEN Guangping, WU Yongping, DU Ronghua, GU Bin, LIU Zhu, ZHANG Yuanhao. Persistence Utility of Coal Bunker for Rehabilitation at Fully-mechanized Caving Face with Large Dip Angle[J]. Safety in Coal Mines, 2017, 48(1): 210-213.

    Persistence Utility of Coal Bunker for Rehabilitation at Fully-mechanized Caving Face with Large Dip Angle

    • We discuss the problem that many sets of series belt conveyor continuous transportation system use coal bunker to lead to the continuity or interruption during the rehabilitation period of initial mining and relay two fully-mechanized caving faces with large dip angle in Changshanzi Coal Mine, analyze the necessity of setting coal bunker to prevent roof falling rock rushing scraper conveyor during the rehabilitation, and clarify that coal bunker provides great persistence utility to the rehabilitation in many sets of series belt conveyor continuous transportation system.
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