▎ 摘　　要

NOVELTY - An intelligent floor structure comprises a polyaspartic esters (PAE) polyurea bottom layer, PAE polyurea insulating layer, PAE polyurea conducting layer, PAE polyurea foaming layer, UV conducting layer, PAE polyurea insulating layer, PAE polyurea conducting color layer and PAE polyurea surface layer arranged sequentially from bottom to top. The UV conductive layer comprises a UV-curable conductive coating containing a conductive filler. USE - As intelligent floor structure. ADVANTAGE - The three-layered conductive structure formed in the floor, effectively shields the interference of external factors and enables the application of the intelligent floor in the environment containing water. DETAILED DESCRIPTION - An INDEPENDENT CLAIM is included for the method used for constructing the intelligent floor structure, which involves: (1) constructing a PAE polyurea bottom layer, PAE polyurea insulating layer, PAE polyurea conducting layer and PAE polyurea foaming layer on a base material, sequencially; (2) coating a UV curing conductive coating on the PAE polyurea foaming layer, followed by leveling and forming a UV conductive layer; (3) passing current of the same electrode, into the PAE polyurea conducting layer and the UV conducting layer, using a unipolar direct current power supply, then adjusting the dispersion condition of the conductive filler in the UV conducting layer and curing the UV conducting layer by using an ultraviolet light source, after stabilizing the conductive filler; and (4) constructing PAE polyurea insulating layer, PAE polyurea conductive color layer and PAE polyurea surface layer on the cured UV conductive layer, sequentially