A spinal intervertebral implant device with integral spinal stress guidance and dispersion, which is characterized in that the device is implanted in a position of a human intervertebral disc, and the device is a shock-absorbing and buffering bracket of approximately square three-dimensional shape, with Each of the four sides has one side post, and the side posts are respectively connected by one end of one or more ribs, and the other end of the ribs is connected together with a force guide to form the side posts on the periphery. The ribs are connected, and the force guide is located in the middle of the whole. The force guide is not directly connected with the side columns, but indirectly connected by the ribs； the vertebral bodies are respectively or simultaneously connected to the sides The columns exert various forces, and the side columns are connected to the ribs, and the ribs are connected to the force guide together, so that the various forces of the vertebral bodies received by the side columns pass through the ribs. The column is evenly distributed and transmitted to the force guide, and the force guide transmits the various forces to the other side columns evenly through the other ribs, and the shock-absorbing and cushioning bracket is subjected to the aforementioned various forces. In order to generate the overall micro-deformation, the relative stress is buffered and dispersed and the aforementioned various forces are offset.一種具整體性脊椎應力引導及分散之脊椎椎體間植入物裝置，其特徵在於：該裝置被植入至一人體椎間盤位置，該裝置為一近似方型立體之一減震緩衝支架，具有四邊各一邊柱，該等邊柱又分別以一或複數個肋柱之一端相連結，及該等肋柱之另一端則共同連接一力引導件，形成該等邊柱在外圍，以該等肋柱連接，該力引導件為位於整體中間，該力引導件未與該等邊柱直接連接，而是藉由該等肋柱間接連接；該等脊椎椎體，分別或同時對該等邊柱施加各種力，該等邊柱則因連接該等肋柱，該等肋柱又共同連接該力引導件，使得該等邊柱所接受之該等脊椎椎體之各種力，經由該等肋柱平均分散傳導至該力引導件，及該力引導件又將該各種力，經由其他該等肋柱，平均分散傳導至其他該等邊柱，以及該減震緩衝支架因承受前述各種力而以產生整體性微變形方式，將相對應力緩衝分散及抵銷前述之該各種力量。
