基于落料点与导料槽优化的皮带跑偏解决方案

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中图分类号：TH222 文献标志码：B 文章编号：1004-4345（2025）03-0030-05

AbstractAimingattheproblem that thesamebeltconveyor frequently experiences beltdeviationdue touneven force distributioncausedbymultiplefeedingpoitsandgudechutestructures，ichfectsproductionstabilitythisstudyivestigatedthe causes fbeltdeviationbasedonmateralfaling rajectoriesandgudechuteconfigurations.Anoptimizationwasproposed：Sttingup amaterial-onmaterialoreaccumulationplatforatthdischarging hopperfalingpoint，andimplementingguidechutes withupper wide/lower-narrow profilesandflared tail structure.AnANSYS modelwas established.ANSYSforceanalysisandcomparativetests demonstratedthat：Theoreacumulationplatformefectivelycounteractsimpactwearonthetransferbeltanddischarginghopperwear platesbyalteringmaterialfallngtrajectorytoaievecentraliedmaterialladingTeupperwide/ower-narrocutewithfaredtail canenhancematerialflowabilityandconvergenceatmultiplefeedingpointsofthesamebeltconveyor，ensuringuniformbeltforce distributionwhileeducing materialjmmingrisksinhutesidbafles.Tisoptimizationsuccesfullyesoledbeltdviationissues and extended service life of both conveyor belts and wear-resistant liners.

Keywordsbeltconveyor;materialfallng trajectories;oreaccumulationplatform;guidechute;beltdeviation;ANYS;multiple points feeding

皮带输送机凭借结构简单、输送量大、连续输送稳定、高效率，以及自动化控制简易等优势，在各个领域被广泛应用。（剩余5036字）