Abstract: A system to deploy virtual sensors to a machine learning project and translate data of the machine learning project is provided. The system can deploy, for a machine learning project, a plurality of virtual sensors at a first location of a plurality of locations to detect metadata of a data source of the machine learning project, at a second location of the plurality of locations to detect deployment information of a model trained for the machine learning project, and at a third location of the plurality of locations to detect learning session information for creation of the model. The system can collect, via the plurality of virtual sensors, data for the machine learning project. The system can translate, for render on a computing system, the data collected via the plurality of virtual sensors into a plurality of graphics.

Abstract: The invention relates to an intersomatic cage comprising a body and a part that is designed to dilate the intersomatic space between two vertebrae by rotating the cage so that the cage can be inserted into the space. The body has a prism shape with a substantially planar upper surface which can bear against the superior vertebral endplate and a substantially planar lower surface which can bear against the inferior vertebral endplate.

Abstract: The invention relates to an intersomatic cage comprising a body and a part that is designed to dilate the intersomatic space between two vertebrae by rotating the cage so that the cage can be inserted into the space. The body has a prism shape with a substantially planar upper surface which can bear against the superior vertebral endplate and a substantially planar lower surface which can bear against the inferior vertebral endplate.

Abstract: The invention relates to an intersomatic cage comprising a body and a part that is designed to dilate the intersomatic space between two vertebrae by rotating the cage so that the cage can be inserted into the space. The body has a prism shape with a substantially planar upper surface which can bear against the superior vertebral endplate and a substantially planar lower surface which can bear against the inferior vertebral endplate.

Abstract: The invention relates to an intersomatic cage comprising a body (3) and a part (2) that is designed to dilate the intersomatic space between two vertebrae (8, 8?) by rotating the cage so that the cage (1) can be inserted into the space. The body (3) has a prism shape with a substantially planar upper surface (6) which can bear against the superior vertebral endplate (8) and a substantially planar lower surface (6?) which can bear against the inferior vertebral endplate (8?).

Abstract: The invention relates to an intersomatic cage comprising a body (3) and a part (2) that is designed to dilate the intersomatic space between two vertebrae (8, 8?) by rotating the cage so that the cage (1) can be inserted into the space. The body (3) has a prism shape with a substantially planar upper surface (6) which can bear against the superior vertebral endplate (8) and a substantially planar lower surface (6?) which can bear against the inferior vertebral endplate (8?).

Abstract: The invention relates to an intersomatic cage comprising a body (3) and a part (2) that is designed to dilate the intersomatic space between two vertebrae (8, 8?) by rotating the cage so that the cage (1) can be inserted into the space. The body (3) has a prism shape with a substantially planar upper surface (6) which can bear against the superior vertebral endplate (8) and a substantially planar lower surface (6?) which can bear against the inferior vertebral endplate (8?).

Abstract: The invention relates to an intersomatic cage comprising a body (3) and a part (2) that is designed to dilate the intersomatic space between two vertebrae (8, 8?) by rotating the cage so that the cage (1) can be inserted into the space. The body (3) has a prism shape with a substantially planar upper surface (6) which can bear against the superior vertebral endplate (8) and a substantially planar lower surface (6?) which can bear against the inferior vertebral endplate (8?).

Abstract: The invention relates to an interbody cage, including a cage body (1) comprising a first and second vertebral bearing element (2a, 2b) each provided with a surface (3a, 3b) capable of bearing against upper and lower vertebrae (4a, 4b), respectively, wherein the first and second vertebral bearing elements (2a, 2b) are capable of being angled relative to one another. The interbody cage further comprises an expansion element (5) to be inserted into the interbody space between the two vertebrae (4a, 4b), then rotatably actuated to expand the interbody space such that the cage body (1) can be inserted therein. The expansion element (5) or other means (6) are arranged so as to vary, in situ, the angle of the first vertebral bearing element (2a) relative to the second vertebral bearing element (2b) of the cage body (1) when the cage body is inserted into the interbody space.

Abstract: The invention relates to an intersomatic cage comprising a body (3) and a part (2) that is designed to dilate the intersomatic space between two vertebrae (8, 8?) by rotating the cage so that the cage (1) can be inserted into the space. The body (3) has a prism shape with a substantially planar upper surface (6) which can bear against the superior vertebral endplate (8) and a substantially planar lower surface (6?) which can bear against the inferior vertebral endplate (8?).