This invention discloses a
continuously variable transmission (CVT), specifically relating to the field of
transmission technology. It includes a housing with an adjustment component on it. The adjustment component includes a connecting cover at one end of the housing, and an angle-adjustable
ball joint hinged within the connecting cover. A first shift lever is located at the bottom of the
ball joint. Through angle adjustment of the
ball joint, and the linkage between a slider and a concave block, the first and second shift levers slide laterally, allowing for real-time fine-tuning of the meshing depth between the first and second connecting wheels and the linkage gear. This dual adjustment structure works synergistically, breaking the limitations of traditional segmented speed regulation. It enables seamless switching of the
transmission ratio within a preset range. Furthermore, the high-precision angle control of the
servo motor combined with the micron-level displacement adjustment of the ball joint ensures that the
transmission ratio meets the corresponding control requirements, satisfying the needs of high-precision speed regulation scenarios.