Research on the Design of Intelligent Baby Cart

The research on the design of intelligent baby strollers based on the Analytic Hierarchy Process (AHP) aims to establish a functional requirement index system for intelligent baby strollers, thereby providing theoretical basis and guidance for the design of intelligent baby strollers.

The method is to establish functional requirements indicators for intelligent baby strollers through literature research and market product analysis using the KJ affinity graph method. Calculate the weight values of each functional indicator through questionnaire survey, interview, and AHP analytic hierarchy process, and complete consistency testing. The conclusion is that there are 1 target layer, 4 first level indicators, and 17 second level indicators for the functional requirements of the intelligent baby stroller. The important ranking of the first level indicators is safety, comfort, convenience, and intelligence, respectively. The guardian has a high evaluation of the intelligent brake assist system, anti lock walking, speed adjustment, intelligent assistance, and real-time positioning functions that affect safety. At the same time, it is hoped that the baby stroller has intelligent sitting posture adjustment, intelligent shading Intelligent temperature control and automatic rocking chair functions. Finally, a smart baby stroller was designed by combining research findings with design practice, and was designed and applied from aspects such as intelligent power, intelligent protection, intelligent recognition, intelligent security, intelligent voice, and APP interface.