基于CBD技術(shù)的坐便器感性意象研究.pdf

1、湖南大學碩士學位論文基于CBD技術(shù)的坐便器感性意象研究姓名：殷方超申請學位級別：碩士專業(yè)：機械設(shè)計及理論指導(dǎo)教師：劉子建20100406AbstractCeramicindustr)，inChinahasbeenhi曲1ydeveloped，whereceramicsanitaryproductionismostintheworldHoweVer，therearemanyproblemsoverall，suchaslowgradeofp

2、roducts，highenergyconsumptionandresourceconsumption，lowproductionefficiencyandutilization，etcAsproductiontechn0109yofbathroompfoductsbeinginlproVedabroad，especiallyinJapanandGennany，ceramicsanitarycompaniesatdomesticaref

3、acingmoreandmorechallengesTheyneedtoabsorbmoderntechn0109yandmethodsurgentlytoshortenproductdevelopmentcycles，reducecostsandenhancecompetitiVenessoftheproductsTheresearch、^氌sbasedonthe‘AModelwithFourBodies，productinfornl

4、ationmodel(AMFBmodel)BystudyingthereusecharacterandfunctionofcIntelligentBody’ofAMFB，thatCBDtechnologyisthekeymethodforreusewasproposedTbiletstyle&modelingwasdecomposedas7projectsand22categoriesbyelements，accordingtoform

5、factoranalysis，thenthetableoftoiletstyle&modelingwasest￡山lishedBasedonabroadcollectionofadjectivesfordescribingtoiletstyle&modeling，6薩oupsofimagesemanticwordsrelatedtotoiletstyle&modelingwereextractedEValuationscoresofsa

6、mplesunderdif絕rentperceptualimageswereobtainedthrou北thequestionnairesur、，ey，whichwasprocessedbySPSS，accordingtotheoryofquantitatiVenumberIandmultipleregressionanalysismethodThen，themathematicalmodelsb6tweentheelementsoft

7、oiletsty】e&modelingandperceptuallmagewerebuilt，whosepredictionaccuracyandreliabilitywerealsovalidatedTheimpactofelementsoftoiletstyle&modelingtothefinalemotionalimageswasthenobtainedCBDtechnologyappliedintoiletdesignwass

8、tudiedTheresultsofKanseiengineeringwasusedtoguidetoiletproductdesignTheperceptualevaluationofprocessofthetoiletproductdesignprogr鋤andsimilarcaseretrievalprocessweredesignedFinally，thetoiletstyle&modelingdesignsystemwasde

9、velopedonvisualBasic60platform，usingMicrosoRAccessasthebackenddatabase，whichwasproVedtobepracticallyValuabletocompletedesignprogramperceptualimageprojectionsandretrieveoutsimilardesigncasesKeyWords：ToiletSTyle&Modeling；A