The utility model relates to a Z type bucket elevator unloading automatic turnover mechanism, including a unloading port arranged at any position of the elevator. A flange curve push plate is arranged above the unloading port and blow the traction chain and the flange curve push plate slides up and down through the push rod. The flange surface of the flange curve push plate is in dynamic contact or disengage with the protruding rod on the overturning material in the process of the lifting, which drives the hopper in the running state to flip and unloading or reset. This technology can replace the process of manual unloading, reduce the unloading machine and the complexity of unloading while ensuring the safety of materials and personnel.
Technology introduction: the unloading device is the chain component of Z type bucket elevator. The unloading device of the conventional chain bucket elevator is installed at the head position and the hopper turns over with the traction chain at the head wheel during the return journey to realize the unloading. The flexibility of equipment layout is greatly limited. In many cases. In order to meet the conditions of the same process layout, it is necessary to choose a combination of multiple equipment layout to meet the requirements.Therefore, the layout is complicated, the occupied space is bog, and the cost and operation cost is high.

Technical realization idea. The technical problem to be solved by this technology is to provide a z type bucket elevator unloading automatic turnover mechanism which can realize z type chain bucket elevator horizontal or small inclination angle of any part of the trip unloading. To solve the above technical problems, the technical scheme adopted in this technology is a z type bucket elevator unloading automatic turnover mechanism, including the unloading port arranged at any position of the hoist. A flange curve push is arranged above the unloading port and below the traction chain and the flange curve push plate slides up and down through the push rod. During the lifting process, the flange curve surface of the flange curve pusher contacts or disconnects dynamically with the protruding rod on the hopper, driving the hopper in the running state to flip and unload or reset. The upper surface of the flange curve push plate is designed as a smooth convex arc to ensure smooth unloading and no conflict. Both sides of the flange curve push plate are sliding connected with the guide chute and there is no limit device st the upper end of the guide chute. The guide chute can realize the lifting movement f the flange curve push plate and prevent the left and right deviation of the flange curve push plate. The push rod is driven electrically, pneumatically, hydraulically or manually. Through a variety of ways, the flange curve push plate up and down can be achieved, which can improve the rang of use. Besides the lifting speed of the flange curve push plate must accordance with the running speed of the hopper traction chain, which can realize the automatic turning of Z type bucket elevator.