A learning model apparatus for teaching the excretory system

Abstract

An anatomical learning apparatus is disclosed for teaching the distributed human excretory system. The apparatus comprises a physical model representing key excretory organs (Kidneys, Liver, Lungs, Skin) and a set of name tags. The model integrates embedded first magnetic components, such as permanent magnets or ferromagnetic receivers, discretely positioned at each organ. Each name tag acts as a second magnetic component, bearing the name of an organ and adapted to magnetically couple with its corresponding region. This design facilitates an interactive, tactile, and repeatable method for identification and assessment, enhancing kinaesthetic learning by providing secure and reversible attachment of the labels across the distributed organs of the system.