IoT-enabled Pottery Wheel Throwing System for Smart Ceramic ClassroomOA

In the booming field of handicraft art,pottery art,as a traditional craft that integrates the values of cultural inheritance and artistic innovation,has witnessed a continuous expansion of its teaching market,driven by the increasing emphasis on traditional culture and the rapid development of the cultural and creative industry.However,the traditional pottery throwing equipment currently used in pottery art teaching has become a development bottleneck.Its pedal-based rotation speed control method poses great challenges to beginners.Due to inexperience,beginners often find it extremely difficult to precisely adjust the rotation speed.Moreover,the lack of rotation speed control guidance tailored to different shaped blanks forces students to learn through repeated trial and error,which seriously hinders their systematic mastery of pottery throwing techniques.Meanwhile,in remote pottery art teaching,the high-latency problem of traditional communication technologies disrupts synchronous learning,reduces teaching effectiveness,and may even cause students to develop bad operating habits.A new type of linked pottery teaching and drawing machine and its communication system is developed.Taking advantage of the high-speed and low-latency characteristics of 5G networks,this system enables real-time synchronous rotation of the pottery throwing wheels used by students and those used by teachers in teaching,ensuring near-instant operation feedback in remote teaching scenarios and thus significantly improving teaching efficiency.This innovative achievement propels pottery art teaching towards the direction of intelligence and high efficiency,injecting new vitality into the inheritance and innovation of traditional pottery art techniques.