Скачать или смотреть Ball Wall Science Exhibit | Explore STEM Kinetics via Interactive Flying Ball Maze

Embark on a fun-filled adventure of mechanical transmission with our "Ball Wall Science Dynamics" exhibit! This exhibit is a STEM education interactive platform in the science museum that integrates basic mechanics with gamified storytelling. It consists of cartoon mechanical models (a myna bird, a pig, a monkey, and a cat), a spiral track network, and an intelligent ball conveying system. Visitors first listen to the voice command of the "myna bird" to start the task, then control the "pig" to push a lever to collect scattered balls, which are then passed through the spiral track to the "monkey" sorting device. The "monkey," using gravity sensors and a robotic arm, distributes the balls by color to subsequent characters such as the "cat," triggering a chain of mechanical actions. This fun relay demonstrates the multi-stage energy transfer chain of levers, pulleys, gears, and gravitational potential energy conversion.

This device serves as a narrative learning vehicle for the science museum's STEM education on mechanical principles, deeply integrating simple mechanical combinations, sensor control, and sequential task design. Visitors can not only intuitively understand the efficiency loss and mechanical advantages of energy transfer through role-playing, but also try to redesign the ball transfer path or adjust the sequence of mechanical components in the science museum's unique "Mechanical Engineer" challenge mode. The system will predict the task completion time and energy utilization rate based on a dynamic model, cultivating system optimization and process design thinking.

This exhibit is specially designed for the science museum's children's mechanical exhibition area, basic science education hall, and STEM education gamified learning space. Through a three-stage narrative path of "instruction reception - role-playing - system observation," it stimulates children's interest in mechanical transmission, energy conversion, and automated control, and cultivates early engineering thinking based on sequence logic and system collaboration.

Keywords: Ball wall science dynamics, mechanical transmission game, energy transfer demonstration, children's mechanical education, STEM education, science museum children's exhibit, simple machines, sequence logic, engineering thinking enlightenment

Topics: #BallWallScienceDynamics #MechanicalTransmissionGame #EnergyTransferDemonstration #ChildrensMechanicalEducation #STEMEducation #ScienceMuseumChildrensExhibit #SimpleMachines #SequenceLogic #EngineeringThinkingEnlightenment #MechanicalAdventure