The structure of an implant bone filling abutment includes an artificial root implanted in the alveolar bone, and the first internal thread is arranged in the artificial root.A titanium mesh with a horizontal section and a vertical section, the horizontal section comprises a set of annular holes, and the lower edge of the vertical section is fitted with a alveolar bone.A heightening seat which is fixedly connected by the first external thread at the lower end and the first internal thread at the artificial tooth root, the upper section of the heightening seat is provided with a convex ring, the convex ring of the heightening seat passes through the hoop hole of the titanium mesh from the bottom to the top, and a heightening ring part is arranged between the convex ring of the heightening seat and the first external thread.A locking device for pressing the horizontal section of the titanium mesh by the lower edge of the pressing part is fixedly connected with the second external thread and the second internal thread in the heightening seat by the second external thread. The lower edge of the pressing part of the locking device is concave with a ring groove for the convex ring of the heightening seat to be embedded correspondingly.The implant and bone filling abutment can assist the titanium mesh to connect the artificial root, prevent the titanium mesh from loosening and avoid the exposure of bone powder from the bone filling space.一種植牙補骨支台之構造，其包含一植於齒槽骨內部之人工牙根，該人工牙根內部設有第一內螺紋。一具有水平段及立面段之鈦網，該水平段包含一套環孔，該立面段下緣貼合齒槽骨。一藉由下端第一外螺紋與人工牙根內部第一內螺紋螺固連結之增高座，該增高座之上段設一凸環，其凸環由下而上穿貫設於鈦網之套環孔，且增高座之凸環與第一外螺紋之間設一增高環部。一藉由壓網部下緣壓合鈦網水平段之鎖固件，該鎖固件藉以第二外螺紋與增高座內部第二內螺紋螺固連結，其鎖固件之壓網部下緣凹設一供增高座之凸環對應嵌入之環槽。該植牙補骨支台可輔助鈦網連結人工牙根定位，其防止鈦網鬆動進而避免骨粉從補骨空間露出者。
