Wear-through assembled storage rack

Abstract

The invention discloses a penetrating assembled storage rack. The penetrating assembled storage rack comprises side plates and two-layer closed-loop integrated layer partition plates, wherein the twoopposite ends of the each layer partition plate are connected to the side plates. Each penetrating of each two-layer closed-loop integrated layer partition plate comprises double tongue plates which are arranged on the two opposite sides of the two-layer closed-loop integrated layer partition plate and a sheet tongue plate which is arranged between the two double tongue plates, the sheet tongue plates of each two-layer closed-loop integrated layer partition plate are connected with the side plates in a flanging buckled manner through corresponding penetrating holes of the side plates, or the sheet tongue plates and the double tongue plates are connected with the side plates in a flanging buckled manner through the corresponding penetrating holes of the side plates. The penetrating assembled storage rack is simple and reasonable in structure, firm and durable.

Description

technical field [0001] The invention relates to a threaded and assembled storage rack. Background technique [0002] Existing storage devices mainly include frame type and plate connection type from the perspective of main body composition. The frame type is mainly composed of aluminum alloy or wooden rails and the corresponding left and right back panels and layer partitions connected to the rails. On the one hand, this structure has too many connection interfaces, the assembly process is complicated, and the integrity is low, especially the manufacturing cost is high. The relative cost of the plate-joint type is relatively low, but the installation of the existing plate-joint structure mostly adopts fixed connections such as riveting or screw welding. Due to the need to save and reduce costs, the plates used are relatively thin , and due to the weak force and insufficient mechanical strength of the connection, the stability and reliability of the installed frame body is n...

AI Technical Summary

Problems solved by technology

On the one hand, this structure has too many connection interfaces, the assembly process is complicated, and the integrity is low, especially the production cost is high.

The relative cost of the plate-joint type is relatively low, but the installation of the existing plate-joint structure mostly adopts fixed connections such as riveting or screw welding. Due to the need to save and reduce costs, the plates used are relatively thin , and due to the weak force and insufficient mechanical strength of the connection, the stability and reliability of the installed frame body is not enough, the frame body is unstable in use, and the connection parts of related components are easy to loosen or fall out, and the layer separator is also due to structural reasons , the supporting force is also insufficient, and it is easy to deform, which affects the use of storage racks, especially the layer partitions, side panels and their connection assembly. It is necessary to consider both cost and durability. This is a problem that needs to be considered more in the existing plate-connected storage racks.

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