Design,Construction and PerformanceTestof Mechanically Driven Aerial Lifting Platform

Abstract

These resultswere used to design the nextgeneration ofaerialwork platforms.This new design helps increase the safety,ergonomics and comfortfortheuser,thegoalofthisstudywastoapplytheknowledge obtainedfrom studyingintheuniversityandsolvethesubstantialtaskof creatingadesignofthemechanicalscissorsliftingplatform.Thentoverify thevalidityofthetheorythepracticeworkwasaccomplished.Thetypeofthe platform andthedesignofthestructurewereselected.Theselectionofthe materialandcalculationsoftheloadsandstresseswereperformedand explained.Astheresultoftheworkthe3DmodeloftheliftusingSolidWorks softwarewascreated.Thisthesispurposeisanin-depthstudyofhuman interactionwiththecurrentproductsthatareoutinthemarketwhilegathering datathroughavarietyofways,suchasinterviewswiththeusers,observation ofhowtheyinteractwiththeproduct,andsurveysaskinggeneralquestions abouttheirinteractions.Aone-to-onescaleergonomicsmodelisbuilttosee howtheusedtoexaminethe5percentilepersonandthe95percentileperson interacttounderstandthefull-bodiedinteractionsandthesolution.Forthis purposearesearchofliteratureandarticleswasmade,thatcontainmissing informationofthetheoreticalpartoftheproblem.The data was mainly taken from the internet, particularl yfrom articles,digital copies of books and scientific works in a related field