Cubic lattice optimization structure of nylon rope wheel

The utility model provides a cubic lattice optimization structure of a nylon rope wheel. The cubic lattice optimization structure comprises the nylon rope wheel, a bearing assembly and a connecting shaft. The nylon rope wheel is divided into a functional filling area and a non-functional filling area, the functional filling area of the nylon rope wheel is filled with a porous structure, the porous structure is a cubic lattice structure with a center support, the porosity of the cubic lattice structure with the center support is 50%, and the nylon rope wheel is made of MC nylon. The design relation of a rope wheel assembly is the conditions of elevator vibration, abnormal sound and the like, and as a traction wheel needs to bear all dynamic and static loads of devices such as a lift car, a load capacity and a counterweight, safety accidents can be caused due to the problems that the service life of the rope wheel is too short, and a steel wire rope disengages from a groove. According to the cubic lattice optim