Ductile energy-consumption wood structure node

The invention discloses a ductile energy-consumption wood structure node. The ductile energy-consumption wood structure node comprises a component I, a component II, a bending connector, a shear connector, an energy consumption assembly part, a steel cushion plate and a connecting bolt. The component I is a wood component. The bending connector and the shear connector are fixed to the end of the component I in a steel plate embedding mode and are both T-shaped steel. Rubber layers are vulcanized on the surfaces of the parts, embedded into the wood component, of the bending connector and the shear connector. The bending connector is connected with the energy consumption assembly part through the connecting bolt, and the energy consumption assembly part is fixed to the side face of the component II through the steel cushion plate and anchoring bolts or is fixed to the upper surface of a concrete foundation through the steel cushion plate and anchor bolts. The ductile energy-consumption wood structure node can guarantee a stable structure under the condition of a small earthquake, enables the structure to have large deformation under the condition of a large earthquake, and controls structural damage, thereby achieving the ideal effects of high bearing capacity, high energy consumption and high ductility.