▎ 摘　　要

NOVELTY - The structure has a structure floor formed with a supporting bottom beam. A prefabricated outer wall is provided with an inner side facing an indoor and an outer side facing away from the indoor. A silicon graphene insulating layer is paved on an inner wall of a containing space. A back supplemental heat preservation protective plate presses against a waterproof layer for pressing against the waterproof layer. The back supplemental heating protective plate is embedded in the containing space to form a splicing space. USE - Structure of connecting position of silicon-ink heat insulating outer wall and cast-in-place structure used in building construction. Can be used in the technical field of building construction, specifically to a structure of silicon graphene heat preservation outer wall. ADVANTAGE - The bottom is formed with a lower gap of the prefabricated outer wall, because of the presence of the lower gap, the silicon graphene insulating layer on the outer wall is not easy to be collided, knocking and damage. The heat preservation and waterproof effect of the structure are effectively ensured. The lower gap and the supporting bottom beam of the cast-in-place structure floor form a containing space, the containing space is paved with waterproof layer and is embedded with the heat preservation protection plate, which not only forms a better waterproof measure, but also can form a complete outer wall heat preservation measure. DETAILED DESCRIPTION - An INDEPENDENT CLAIM is included for a construction method of the structure of the connection of the silicon-ink heat preservation outer wall and the cast-in-place structure. DESCRIPTION OF DRAWING(S) - The drawing shows a structure schematic diagram of the structure of the silicon-ink heat insulating outer wall and the cast-in-place structure. 1Structural floor plates 3Waterproof layer 4Back heat preservation protection plate 11Supporting bottom beam 21Prefabricated wall main body 22Namely silicon graphene insulating layer