田口質(zhì)量管理方法在電梯曳引機(jī)研發(fā)中的應(yīng)用研究.pdf

1、沈陽工業(yè)大學(xué)碩士學(xué)位論文田口質(zhì)量管理方法在電梯曳引機(jī)研發(fā)中的應(yīng)用研究姓名：高峰申請學(xué)位級別：碩士專業(yè)：管理科學(xué)與工程指導(dǎo)教師：趙清20070226田翻質(zhì)量管理方法在電梯曳引機(jī)研發(fā)中的應(yīng)用研究ApplicationResearchontheR&DofElevatorTractiveMachinewithTaguchiMethodsAbstractWiththeill搿翱斑塔competitionofintemationalqualityt

2、he描糊d溆捆斑毽趣矗lsI移inourcountrycominu越lyrealizestheimportanceoftheprodt地tqualityThedesignaccountsfor70‰themanufactureaccotmtsfor30％intheprodmqualitycontributionthemanagementonlyguaranteesthe瓣《i蒯∞of辮婦qualityThereforeitisthemo

3、steffe娥iveq倒litycontrol搬娃|娜thatstartsfromthebeginningtoimprovetheproductqualityThetaguehimethodsisamostpowerfulweBponwhichpreciselyimprovesthedesignqualityTherefore，combiningwiththedesignandtheresearchanddevelopmentofthe

4、elevator鏹籬耄量謹(jǐn)machine氌epaperdiscussesthoroughlythetaguchi翔e|撼theoryandthe拜瓠：畦ceresearchBasedonthequalityengineeringtheoryapplyingsyntheticallythefundamentaltheoryknowledgeandtheresearchmethodssuchasmathematicalstatistics，

5、quarrymanagementsciencemechanical鑲Igjb蟋andelectricengineeringsciencethepaleradvancefurtherthetaguchimethodstheorysystemandexpoundsthoroughlytherelevantconceptsandprinciplesabouttheimplementationofthethreestagesdesignsAcc

6、ordingtothepracticalapplicationofthetaguchimethodsthesuccessfulimplementationprocessesofthethreestagesdesigns辯蕊Ⅱnn蟛瞳澉andtheeo狂a船problemshouldbepaidattemionineverystepofresearchandimplementationFinallytheimplementationsdi

7、fficultiesoftaguchimethodshavebeenanalyzedunderthepresentsituationinourcounlryenterpriseandtheeffectiveproposeonmOingdifficultiesareputtedforwardTImresearchesonthepaperindicatethatthere辯certaintheoryflawsintaguehi娃瓣鼗堍sol

8、ongasthesuitablemeasuresareadoptedintheparameterdesignstagewhichistheessentialstageofthreesmgesdesignstheflawsdonotaffecttheapplicationvalueofthismethodthesuccessfulimplementofthismethod秣beobtal]戚withthemostpossibilities

9、Thispartisalsothekeyofthepap％AccordingtothelatesttheoryofDoctorTaguchin悖paperfurtherimprovetaguchimethodsonbasisofori倒m∞啦andtaguchimethodswasfirstlyappliedtothedesignandR&DofelevatortractivemachinewhichchangetheWaditiona