科技视界
科技視界
과기시계
Science&Technology Vision
2014年
3期
273-274
,共2页
三软煤层%构造带%极破碎%割三角煤斜切式进刀%工序
三軟煤層%構造帶%極破碎%割三角煤斜切式進刀%工序
삼연매층%구조대%겁파쇄%할삼각매사절식진도%공서
Three soft coal seam%Tectonic belt%Extremely fractured%Cutting triangle coal oblique cutting%Process
告成矿位于郑州矿区“三软煤层”地质条件下，受滑动构造影响，造成构造带直接压煤，煤层厚度变化较大，煤层结构较为简单，顶板极破碎，直接底为砂质泥岩。回采过程中，采用端头割三角煤斜切式进刀，造成人工劳动强度大，窝工、复工现象经常出现，通过改进采煤工序，科学组织生产，在21051工作面取得了很好的效果，不仅提高了安全系数，同时也保证了高产高效。
告成礦位于鄭州礦區“三軟煤層”地質條件下，受滑動構造影響，造成構造帶直接壓煤，煤層厚度變化較大，煤層結構較為簡單，頂闆極破碎，直接底為砂質泥巖。迴採過程中，採用耑頭割三角煤斜切式進刀，造成人工勞動彊度大，窩工、複工現象經常齣現，通過改進採煤工序，科學組織生產，在21051工作麵取得瞭很好的效果，不僅提高瞭安全繫數，同時也保證瞭高產高效。
고성광위우정주광구“삼연매층”지질조건하，수활동구조영향，조성구조대직접압매，매층후도변화교대，매층결구교위간단，정판겁파쇄，직접저위사질니암。회채과정중，채용단두할삼각매사절식진도，조성인공노동강도대，와공、복공현상경상출현，통과개진채매공서，과학조직생산，재21051공작면취득료흔호적효과，불부제고료안전계수，동시야보증료고산고효。
In Gaocheng Coal Mine in Zhengzhou mining area “Three Soft” coal seam geological conditions ", by the effect of slip structure, caused by tectonic belt direct pressure coal, coal seam thickness variation, coal seam roof structure is relatively simple, very broken, direct bottom is sandy mudstone. In the mining process, the end of the triangle coal oblique cutting feed, which increases the intensity of labor, idleness, restart phenomenon, through improving mining process, scientific organization of production process, and achieved good results, Not only improves the safety factor, but also to ensure the high yield and high efficiency.
