Pallet with improved structure

Abstract

The invention discloses a pallet with an improved structure, and belongs to the technical field of stacking and packaging materials. The pallet comprises a pallet body consisting of a first pallet disc and a second pallet disc. Pallet support legs are formed at the two sides and the middle position of the second pallet disc. The pallet is characterized in that a group of lower bearing longitudinal cavities and reinforcing cavities are formed in the second pallet disc; a group of upper bearing longitudinal cavities and reinforcing cavities are formed in the first pallet disc; the tops of the lower bearing longitudinal cavities are integrally combined with the bottoms of the upper bearing longitudinal cavities; lower bearing transverse cavities and reinforcing cavities are formed in the second pallet disc; upper bearing transverse cavities and reinforcing cavities are formed in the first pallet disc; the tops of the lower bearing transverse cavities are integrally combined with the bottoms of the upper bearing transverse cavities; the tops of the lower bearing transverse reinforcing cavities are integrally combined with the bottoms of the upper bearing transverse reinforcing cavities; the cross sections of a pair of shovel arm cavities are n-shaped. According to the pallet, goods can be prevented from sliding off from the pallet body; the pallet body can be prevented from being deformed; lasting using effects are ensured; an ideal load bearing effect is achieved; the service life is ensured.

Description

technical field [0001] The invention belongs to the technical field of stacking and packaging, and in particular relates to a pallet with improved structure. Background technique [0002] Pallets, also known as pallets, are widely used in warehousing and logistics industries. For the concept and use of pallets, please refer to column 0002 of the description of the invention patent authorization announcement number CN102009774B (the patent was proposed by the applicant). Compared with the Chinese patent authorization announcement number CN2536528Y (artificial skid with improved structure), CN2536529Y (artificial skid with improved structure), CN2536530Y (artificial skid with improved structure), CN2747171Y (packaging pallet) and authorized announcement number CN2887765Y (packaging As far as pallets are concerned, CN102009774B objectively has the technical effects described in the technical effect column of its specification (see column 0017 of the specification for details). ...

AI Technical Summary

Problems solved by technology

[0004] However, the above-mentioned CN103253442A still exposes the following technical problems in the actual application process: First, although a pair of shovel arm insertion cavities and a group of shovel arm slots formed on the pallet body have flexible options when shoveling goods, For example, when a pair of shovel arms of a forklift are inserted into a pair of shovel arm slots, the pallet body and the goods stacked on the pallet body can be moved together; Transfer the goods stacked on the pallet body. However, since there are one set of shovel arm slots (usually four to six or even more), if the position of the shovel arm in a set of shovel arm slots is relative to the pallet body If there is an imbalance, it will cause the goods to be unbalanced and overturn; secondly, because the second disc flap that constitutes the pallet body tends to a whole plane, the contact with the floor or the lower layer of goods in the stacking state is an overall contact, Therefore, when the floor or the lower layer of goods in the stacked state is not level, on the one hand, there is a risk of collapse of the stacked goods, and on the other hand, it is easy to damage the pallet body, such as deformation or even cracking; Therefore, to a certain extent, it affects the load-bearing strength of the load-bearing boss formed between the adjacent shovel arm slots, and there is a phenomenon of collapse and deformation; The unreasonable structure of the disc petal not only causes waste of raw materials, but also the overall load-bearing capacity is relatively fragile, which affects the service life; fifth, because the pair of shovel arm insertion cavities frequently rub against the shovel arm of the forklift in the use state, thus easily damaged

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