This utility model discloses a wind-separation device for removing leaves from
gardenia fruits, relating to the technical field of wind-separation equipment. The device includes a
belt conveyor mechanism one, a
belt conveyor mechanism two, and a support frame. A hopper is fixedly installed inside the support frame. The wind-separation structure is located on the hopper and includes a wind-separation box, a guide plate one, a guide plate two, a blower fan one, and a mounting frame. Through the rational arrangement of the guide plates two and one, this device alters the movement state of the
gardenia fruits and leaves, causing them to gradually disperse during their descent, avoiding concentration within a small area. This allows the
wind force to act more evenly on each
gardenia fruit and leaf, improving the accuracy of wind separation. It solves the problem of uneven
material distribution leading to poor wind separation in existing devices, thereby improving the separation effect of gardenia fruits and leaves and providing high-quality raw materials for subsequent
processing.