Perpendicular stacking type automatic stereoscopic warehouse cabinet

Abstract

The invention provides a perpendicular stacking type automatic stereoscopic warehouse cabinet, which comprises a warehouse cabinet body. The perpendicular stacking type automatic stereoscopic warehouse cabinet is characterized in that two rows of shelf plate groups which are perpendicularly arranged front and back are disposed in the warehouse cabinet body, left article box fixing seats and right article box fixing seats are respectively arranged on two sides of the inside of each of the two rows of shelf plate groups, article boxes used for holding goods are respectively placed on the left article box fixing seats and the right article box fixing seats, upper portions of the two rows of shelf plate groups are connected by a connecting plate, lower portions of the two rows of shelf plate groups are connected by other connecting plates, a sprocket group is arranged on each of the two connecting plates, the two sprocket groups are connected by a perpendicular lifting chain, an article lifting component is connected into the perpendicular lifting chain, and the sprocket group positioned on the upper connecting plate on the upper portions or the lower portions of the shelf plate groups is driven to rotate by a driving mechanism. The perpendicular stacking type automatic stereoscopic warehouse cabinet has the advantages that the overall dimension of the warehouse cabinet is reduced, space is saved, occupied area is decreased, the article boxes ascend and descend more stably, circulation speed is increased, manufacturing technique is simplified, and manufacturing cost is lowered.

Description

technical field [0001] The invention relates to a vertical stacking type automatic three-dimensional storage cabinet for optional pick-and-place items. Background technique [0002] The existing vertical automated three-dimensional warehouse cabinet is one of the warehouse systems for storing items in multiple layers. It is driven by circular chains on both sides. The chains are hinged to both sides of the item box. The movement forms the cage to circulate in the space. When it runs to the upper or lower part, it generally moves with the chain in an approximate arc curve. In order to prevent interference between the two item boxes, the distance between the cages must be increased, so that It will make the overall size of the equipment large and waste space, and the cage will place the goods unevenly in the approximate circular arc movement. If you ensure that the goods are kept moving without tilting when the goods are placed unevenly and produce eccentric loads, you must h...

AI Technical Summary

Problems solved by technology

[0002] The existing vertical automated three-dimensional warehouse cabinet is one of the warehouse systems for storing items in multiple layers. It is driven by circular chains on both sides. The chains are hinged to both sides of the item box. The movement forms the cage to circulate in the space. When it runs to the upper or lower part, it generally moves with the chain in an approximate arc curve. In order to prevent interference between the two item boxes, the distance between the cages must be increased, so that It will make the overall size of the equipment large and waste space, and the cage will place the goods unevenly in the approximate circular arc movement. If you ensure that the goods are kept moving without tilting when the goods are placed unevenly and produce eccentric loads, you must have high precision. guide device, which complicates the processing technology, increases the manufacturing cost, and at the same time it is difficult to increase the speed, so it is not conducive to the promotion of vertical automated warehouse rails

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