某新建铅锌矿主井系统设计与研究

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中图分类号：TD531 文献标志码：B 文章编号：1004-4345（2026）01-0001-06

Designand Studyof theMain ShaftSystem fora NewLead-ZincMine

YAO Jincai， XIONGGen， LE Minjie （China Nerin Engineering Co.，Ltd.，Nanchang，Jiangxi 33OO38，China）

Abstract To meet the hoisting requirements of a new 1，000kt/a lead-zinc mine，a technical and economic comparison was conductedbetweentower-mountedandfloor-mountedmulti-ropefrction hoistingsystems.Considering factorssuchasthelimited spaceavailableatteidustrialsite，tetower-mountedangementwasslectedSubsequntlythekeyparametesoftoisting system were calculated and subjected to safety checks.The calculation results indicate that the selected JKM-3.25 × 4（III）E multi-rope friction hoist，paired with a 9.5m3 bottom-dump skip，meets all the requirements specified in the Safety Code for Metal and Nonmetal Mines（GB6423—2020）.Safetycheckswereperformedothehoistropes，guideropes，andanti-slipsafetyfactors.Testatic anddynamicantislipsafetyfactorsare4.13and1.89，respectivelyTesafetyfactorforthehoistropeis762，theigidityofit fortheguideropesis8，andthesafetyfactorfortheguideropesis723.Throughthecordinatedoptimizationoftesipstructure and the shaft section，a 9.5m3 skip capacity was achieved by increasing its height while maintaining a standard cross Π-Π sectional dimension. This allowed for a reduction in the shaft's net diameter from the conventional ∅4.5 mto ∅4.0 m，resulting in capital investmensavingsofapproximately2.6illonyuan.Teassociatedloadingunloaingandoverindprotectionsytemsareesiged to be rational， ensuring the continuity and safety of the hoisting operations.

Keywords main shaft; tower-mounted multi-rope friction hoist; wire rope; skip hoisting; safety check

当前，铅锌矿资源在我国金属矿山中占据了重要地位，而矿山提升设备是其中非常重要的一环。（剩余7316字）