Damping assembly for infilled wall and concrete damping infilled wall

The utility model discloses a shock-absorbing assembly for a filler wall and a concrete shock-absorbing filler wall, two embedded parts of the shock-absorbing assembly are respectively installed on the filler wall and a load-bearing structure, first connecting pieces and second connecting pieces are respectively arranged on the two embedded parts, and the first connecting pieces and the second connecting pieces are alternately arranged at intervals; the flexible unit is arranged in a gap between the two connecting pieces; buffer spaces are reserved between the two connecting pieces and the two opposite embedded parts respectively. The connecting pieces are flexibly connected with the flexible units, the influence of the rigidity of the wall body of the infilled wall on the rigidity of the bearing structure is isolated, meanwhile, due to the arrangement of the flexible units, under the earthquake action, shear hysteretic deformation of the flexible units is generated due to displacement between structural laye