Novel logistics shelf

Abstract

The invention relates to a novel logistics shelf. The novel logistics shelf comprises a base and universal wheels. A supporting plate is arranged above the base. A plurality of bottom telescopic rods and a plurality of bottom spiral springs are connected between the supporting plate and the base. The base is further provided with a limiting block. A left vertical plate and a right vertical plate are arranged at the left end and the right end of the top of the supporting plate correspondingly. The right side plane of the left vertical plate and the left side plane of the right vertical plate are uniformly provided with a plurality of left strip-shaped grooves and a plurality of right strip-shaped grooves from top to bottom correspondingly. A plurality of storage mechanisms are arranged between the left vertical plate and the right vertical plate. Each storage mechanism comprises a partition plate, a left inserting plate inserted in the corresponding left strip-shaped groove, and a right inserting plate inserted in the corresponding right strip-shaped groove. A left telescopic rod is connected between each partition plate and the corresponding left inserting plate. A right telescopic rod is connected between each partition plate and the corresponding right inserting plate. The left telescopic rods and the right telescopic rods are further externally sleeved with left spiral springs and right spiral springs. By means of the structure, flexible structure adjustment can be conducted according to the storage requirements, and meanwhile the novel logistics shelf also has the good shock absorption and buffering performance.

Description

technical field [0001] The invention relates to a novel logistics shelf. Background technique [0002] In logistics warehouses, a large number of logistics shelves are often used to store and transport various logistics goods. Most of the existing logistics shelves include a plurality of storage boards or trays for placing goods, but due to structural and design constraints, the spacing between these storage boards or pallets is often fixed, so it cannot be used according to The actual placement of the goods requires flexible spacing adjustment, so that when the size of the placed goods is small, there will be a waste of space, and when the size of the placed goods is large, there will be a phenomenon that they cannot be placed in, which causes problems during use. At the same time, the existing logistics shelves often do not have good shock-absorbing and buffering functions, so that they cannot provide effective shock-absorbing protection for the goods placed on them, whic...

AI Technical Summary

Problems solved by technology

Most of the existing logistics shelves include a plurality of storage boards or trays for placing goods, but due to structural and design constraints, the spacing between these storage boards or pallets is often fixed, so it cannot be used according to The actual placement of the goods requires flexible spacing adjustment, so that when the size of the placed goods is small, there will be a waste of space, and when the size of the placed goods is large, there will be a phenomenon that they cannot be placed in, which causes problems during use. At the same time, the existing logistics shelves often do not have good shock-absorbing and buffering functions, so that they cannot provide effective shock-absorbing protection for the goods placed on them, which greatly affects the use of logistics shelves Performance and scope of application

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