The utility model relates to a first-layer
reinforced concrete stand plate structure which comprises a fill-fill soil square, the top of the fill-fill soil square is of an inclined structure, a plurality of
brick moulding beds are arranged on the inner side of the upper portion of the fill-fill soil square, the
brick moulding beds are sequentially arranged at intervals in the front-back direction of the fill-fill soil square, and the
brick moulding beds extend in the left-right direction of a stand plate. An inclined
cushion layer is arranged between every two adjacent brick moulding beds; the brick forming die is internally provided with a die entering
steel bar, beam body concrete is poured in the brick forming die, and the upper surface of the beam body concrete is flush with the upper surface of the
cushion layer; the upper ends of the in-mold steel bars are exposed out of the upper ends of the brick moulding beds by a preset height, beam plate steel bars are bound between the in-mold steel bars in every two adjacent brick moulding beds, a concrete beam plate is poured on the
cushion layer, and the upper ends of the in-mold steel bars and the beam plate steel bars are embedded in the concrete beam plate; and a concrete step is arranged on the concrete beam plate. According to the utility model, a part of the in-mold reinforcing
steel bar extends out of the upper end of the brick molding
bed, and the beam plate reinforcing
steel bar is bound, so that the construction is convenient, and the construction time for erecting and dismantling the step template is shortened.