This utility model discloses a sugarcane feeding device designed to solve the problem of uneven feeding in sugarcane
processing. The device includes a base frame, a feeding cylinder, a
power unit, and a receiving plate. The feeding cylinder has multiple rows of parallel, evenly distributed lifting teeth on its surface, which can efficiently pick up sugarcane and reduce stem damage. The receiving plate is obliquely hinged to the base frame, and its tilt angle can be adjusted. The
power unit uses an electromagnetic speed-regulating motor to drive the feeding cylinder to rotate at a uniform speed, and the feeding frequency is controlled by adjusting the speed. After the sugarcane is gathered by the receiving plate, the lifting teeth pass through the appropriate gaps on the plate to pick up the material, and the material is discharged to the
conveyor belt as the cylinder rotates to the other side. Side baffles on the
conveyor belt ensure stable
material transport. Through a coordinated design of quantitative picking, frequency release, adjustable angle, and controllable speed, the device achieves precise control of the sugarcane feeding amount, speed, and interval, improving the
processing stability of subsequent equipment, reducing equipment load fluctuations and
raw material loss. It has advantages such as simple structure, flexible adjustment, and strong applicability.