Composite wing gate with high safety performance

The invention provides a composite wing gate with high safety performance. The gate comprises a gate body. A main wing plate is fixedly connected to the position, located on the outer side of a driving rotating shaft, in the gate body in a sleeving mode. A driven rotating shaft is rotationally connected to the position, located below the interior of the main wing plate, of the interior of the gatebody. An auxiliary wing plate is movably connected to the position, located in the main wing plate, of the outer side of the driven rotating shaft in a sleeving mode. An inserting plate extending into a positioning base is fixedly connected to the interior of the auxiliary wing plate. A limiting ball is movably installed in a clamping base through a spring. When the wing gate is closed, the wingplates are rapidly opened, the limiting ball is separated from a magnetic sheet under the action of inertia and slowly slides into a limiting groove, and the auxiliary wing plate is clamped. When a person is clamped by the win