NOVEL CARBON FIBER SPOKE HAVING MORTISE AND TENON STRUCTURE

A novel carbon fiber spoke having a mortise and tenon structure, comprising a connector structure and a carbon fiber spoke. The connector structure is used for mounting the carbon fiber spoke on a rim/hub. A through hole (a conical hole) penetrating front and back is formed in the connector structure. The mortise and tenon structure is arranged at a connecting end of the carbon fiber spoke, and is composed of a gap formed inwards at the connecting end and a rivet corresponding to the gap in shape. The maximum diameter D2 of the connecting end of the carbon fiber spoke is smaller than or equal to the minimum diameter D1 of the conical hole. The connecting end penetrates through the conical hole from a contracting diameter end of the conical hole of the connector structure. The rivet is riveted in the gap to open the connecting end from the inside to the outside, to ensure that the exterior of the connecting end is in close fit with the inside wall of the through hole of the connector structure. The mechanical