RESEARCH ON THE DESIGN OF HUMAN PET SHARED DOG HOUSE BASED ON GAME THEORY WEIGHTING AND TRIZ THEORY
In the context of ecological sustainability,it is crucial to design shared spaces for pets and humans efficiently and economically.To address issues of convenience,structural simplicity,and aesthetic inconsistency with human living environments in traditional dog houses,we have designed a dog house suitable for both human and pet use.By employing surveys and game theory weighting,we combined objective and subjective demand weights.Using the Quality Function Deployment(QFD)method,we mapped design requirements to four technical characteristics:material properties,functional configuration,design,and spatial characteristics.The design matrix identified four primary conflicts:thermal insulation vs.ventilation,thermal insulation vs.window capability,ventilation vs.space sealing,and space size vs.space utilization.These conflicts were resolved using the Theory of Inventive Problem Solving(TRIZ).Through functional sharing and modular design,we met the basic needs of pet dogs while enhancing space utilization,thereby achieving shared functionality for humans and pets.This approach provides a systematic research methodology for related product design.
Game theory empowermentTRIZ theoryPet sharingGog house designSpace
万方数据
维普
