Adjustable and recyclable transportation shelf

Abstract

Disclosed is an adjustable and recyclable transportation shelf. The adjustable and recyclable transportation shelf comprises a shelf body. The shelf body is of a three-layer structure, which is formed by sequentially stacking base wood cushions, base sleepers and support beams from top to bottom in a staggered mode; on every layer of the shelf body, a plurality of the base wood cushions, the base sleepers or the support beams are arranged at equal intervals; the base wood cushions and the base sleepers are fixed through welding; the top surfaces of the base sleepers are provided with positioning pin holes; both ends of every support beam are provided with positioning pins; through cooperation between the positioning pin holes and the positioning pins, the position of the support beams can be adjusted to adapt to stacking of products of different specifications. Meanwhile, the adjustable and recyclable transportation shelf is of the three-layer structure different from the double-layer structure of a traditional #-shaped wood shelf; the transverse and longitudinal stacking blocks of a stacking machine can be adjusted easily for stacking, the preparation time for stacking adjustment can be reduced, and the stacking efficiency can be improved; by means of multi-layer stacking design, warehouse storage capacity can be effectively increased; steel-structured design can improve hoisting and transportation security. Meanwhile, the adjustable and recyclable transportation shelf is recyclable and reusable and effectively reduces the manufacturing cost.

Description

technical field

[0001] The invention relates to a transfer rack for components in the welding process of an uncoiling blanking unit, in particular to an adjustable transfer rack for recycling. Background technique

[0002] The uncoiling and blanking unit is to process the steel coil into regular or special-shaped sheets through the mold (pendulum shearing die), and the belt conveyor transports the sheets to the electromagnetic stacker. After the electromagnetic stacker is demagnetized, the sheet falls freely. On the wooden transfer rack on the stacking platform, the blanks are patted neatly by the patting device on the stacker. The neatly stacked product parts need to be transferred in the factory to the tailor welding unit for laser welding. In the existing process, since the length and width of each product are inconsistent, when the product specification changes, it is necessary to process the corresponding wooden transfer rack according to the product size, that is, eac...

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