Embedded force transmission anchor wall structure of suspension bridge

The invention relates to an embedded force transmission anchor wall structure of a suspension bridge, which comprises the following steps of: forming a preformed hole in a shear steel plate according to the design position of an anchor cable, binding a reinforcement cage of a shear wall, and synchronously inserting a section of a force transmission cylinder; the force transmission anchor cable and the force bearing anchor cable respectively penetrate through the force transmission cylinder and are fixed on the anchor head; and concrete pouring is conducted. Compared with the prior art, the force transmission cylinder with the force transmission key is arranged between the multiple layers of shear steel plates, so that the fixing strength of the anchoring end of the anchor cable and the shear wall is improved, force transmission between the anchor cable and the shear wall is more uniform, the mechanical property of internal materials is fully exerted, and the situation that a force transmission structure is af