Utilizing high-strength pusher forging chains with a pitch of 228.6mm (9 inches) as the traction components, two chains are wrapped around a pair of driving sprockets mounted at the machine's head and a pair of tensioners at the tail, forming a closed loop. Each link of the two rows of chains is equipped with overlapping, heavy-duty conveying slots, creating a continuous conveying line capable of transporting materials. The weight of the machine and the material is supported by multiple rows of support wheels, chain idler wheels, and guide beams mounted on the machine body. The drive system is connected to the reducer via an AC variable-frequency speed control motor, which is then directly connected to the driving unit through expansion sleeves to drive the conveying mechanism at a low speed. Materials unloaded into the tail hopper are transported along the conveying line to the front of the machine body for discharge, achieving the purpose of continuously and evenly feeding the work equipment below.