This utility model relates to the field of oral
motor training technology, specifically an air-blowing oral
motor training device, including an air outlet flat tube, a connecting
curved tube, and a
mouthpiece. The air outlet flat tube has an
internal cavity and an
external cavity, which are connected by multiple connecting flat tubes. A sealing baffle is slidably connected inside the connecting flat tube. The air outlet flat tube is equipped with a driving component for driving the sealing baffle to close the connecting flat tube. By setting the driving component, the user can flexibly pull the sliding connecting plate to drive the sealing baffle to slide inside the connecting flat tube according to their own
training needs, thereby achieving partial blocking or opening of the connecting flat tube, accurately adjusting the number of gas flow channels, and thus effectively adjusting the blowing resistance. The locking slider in the limiting component cooperates with the locking groove. After the resistance is adjusted, the return spring drives the locking slider to insert into the locking groove, stably fixing the position of the sliding connecting plate, ensuring that the resistance setting is stable and reliable during training.