Gap-bridge ceramic core direction adjusting device

The utility model discloses a gap-bridge ceramic core direction adjusting device comprising a base plate, a feeding mechanism, a driving mechanism, a steel pin, a material pusher, a material receiver, and a direction adjuster. The material pusher, the material receiver, and the direction adjuster are fixed to the base plate. The top surface of the material pusher is equipped with a material pushing chute. The middle of the material receiver is equipped with a vertical material receiving channel. The width of the top port of the material receiving channel is a half to two thirds of the length of the ceramic core. The top surface of the direction adjuster is equipped with an inclined chute, wherein the left end of the inclined chute is inclined downwardly. The right port of the material pushing chute, the right port of the material receiving channel, and the left port of the inclined chute are connected. The ceramic core may slide in the material pushing chute and the inclined chute and drop in the material rec