▎ 摘　　要

NOVELTY - The floor has a floor structure formed with a surface decorative waterproof wearable layer (1), an upper plate (2) and a mono-directional reflecting layer (4). Slurry of a heating chip (3) is formed as PTC self-controlled temperature graphene slurry, and is adhered with the mono-directional reflecting layer and tensile grid cloth. A base material layer (6) is finally completely sealed by biological wax coating. The mono-directional reflecting layer is formed as a PE thickened far infrared single-directional reflecting layer. The tensile grid cloth is formed as aluminum foil composite special glass fiber grid cloth. A connecting wire (8) is formed as a tinned water-proof wire and retracted into a lead groove (7). USE - Air heat preservation self-heating floor. ADVANTAGE - The floor is environment-friendly and esthetic in appearance, and has better energy-saving effect, high safety performance, high water-proof effect, high stability, high heat preservation effect and high health care effect, and saves material cost. DETAILED DESCRIPTION - An INDEPENDENT CLAIM is included for a method for manufacturing an air heat preservation self-heating floor. DESCRIPTION OF DRAWING(S) - The drawing shows an exploded perspective view of an air heat preservation self-heating floor. Surface decorative waterproof wearable layer (1) Upper plate (2) Heating chip (3) Mono-directional reflecting layer (4) Base material layer (6) Lead groove (7) Connecting wire (8)