This utility model relates to the technical field of
forging sorting equipment, specifically an automatic
forging sorting device based on alternating flipping and positioning control, suitable for sorting forgings of different specifications or batches; an alternating
forging sorting device includes a frame; multiple V-shaped rollers evenly arranged along the length of the frame to form a linear forging conveying
system; a motor located at one end of the frame and driving the V-shaped rollers to rotate via a
sprocket and chain; two V-shaped material racks symmetrically arranged on both sides of the frame's width for sorting forgings; two sets of flipping components, corresponding to the V-shaped material racks on both sides and working alternately, each set including a first cylinder, a support rod, a connecting rod, and multiple pallets; the support rod is laterally rotatably connected to the frame, and multiple pallets are spaced and sleeved on the support rod with one end passing through the roller gap; the connecting rod connects each
pallet through, and the first cylinder is hinged to the frame and connected to the connecting rod via a
spherical bearing, driving the pallets to flip around the support rod to side-flip and lift the forgings into the corresponding material rack.