Bagged fertilizer storage and stacking mechanism

Abstract

The application relates to the field of fertilizer stacking technology, and particularly discloses a bagged fertilizer storage and stacking mechanism which comprises sliding plates and support blocks arranged above the sliding plates, the sliding plates and the support blocks are both provided with two, the sliding plates and the support blocks are arranged in one-to-one correspondence, the lower surfaces of the support blocks are all provided with sliding wheels which are rollingly connected to the corresponding sliding plates, the two support blocks are connected through support frames, support plates are arranged between the two ends of the support frames, lead screws and limiting rods are respectively arranged to penetrate the two support blocks, the lead screws are connected to the penetrating support blocks in a threaded connection mode, and the limiting rods are connected to the penetrating support blocks in a movable penetration mode. The bagged fertilizer can be stacked without complex operation steps, the efficiency of stacking is improved, and the operation process is simple, so that multiple modules are not needed to be matched, and the failure rate in the use process is reduced.

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