A transmission belt dragging and rotating box pushing structure in box sending equipment

Abstract

The invention provides a transmission belt dragging type rotary box pushing structure in box distribution equipment. A bent plate on a pushing plate is exposed above a box sliding rail only when a box is pushed, and the bent plate on the pushing plate returns to the original position along with a supporting plate after retracting to the space below the supporting plate in the returning process, so that the bent plate on the pushing plate is prevented from making direct contact with the box at the bottom of a box case, the situation that the sealed opening of the box is opened or fractured due to scratching of the bent plate is effectively avoided, the situation that the box gets stuck or is torn or scraps are left in the box distribution or recovery process is also avoided, and machine faults are avoided; and meanwhile, since the procedure of ejecting the box at the bottom of the box case open through the bent plate in the returning process is omitted, energy consumption is low, and energy is saved.

Description

technical field [0001] The invention relates to a box sending device of a bank, in particular to a transmission belt dragging and rotating box pushing structure in the box sending device. Background technique [0002] There are many kinds of financial equipment involved in the bank, including the sending box equipment, the U-shield and other hardware handled by the customer are packaged in the box, and then the box is placed in the box of the box sending equipment, and the box sending equipment contains the customer The boxes of required items are issued to customers, which is simple and fast, saves the time of bank staff and improves work efficiency. The existing box sending equipment includes a box box with a plurality of boxes stacked, and a pair of slide rails for the boxes arranged under the box box. The two ends of the bottom surface of the box are in contact with the corresponding end slide rails. There is a space for a single box to be sent out, and a box pushing st...

AI Technical Summary

Problems solved by technology

However, due to the weight of the stacked boxes in the box box itself, there is also friction between adjacent boxes. When the box delivery equipment has requirements for the box delivery capacity, it is inevitable to increase the number of stacked boxes, resulting in the box The weight of the inner box increases, which increases the reverse load in the vertical direction on the push block when returning to its original position, resulting in greater energy loss to drag the push block to lift the box at the bottom of the box box before it can be reset; At the same time, no matter whether the push block adopts a smooth inclined surface or an obliquely arranged concave arc surface, when the push block returns to its original position with the pallet, the upper end of the push block will often cause the seal of the box to be scratched or scratched, resulting in the follow-up of the box. During the sending or recycling process, it is easy to cause jamming, tearing or residual debris, causing machine failure

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