Packaging blister box realizing automatic stacking and bearing

Abstract

The invention provides a packaging blister box realizing automatic stacking and bearing. The packaging blister box comprises a blister box body, convex groove assemblies and concave groove assemblies, wherein the plurality of groups of convex groove assemblies and concave groove assemblies are arranged on the blister box body. Through a zigzag shape between the convex groove assemblies and the concave groove assemblies, the positions of an upper layer and a lower layer are turned, and then a bearing mechanism between the blister box bodies is formed at the zigzag modeling position. Each concave groove assembly comprises a first side concave groove, a second side concave groove, a third upper concave groove, a fourth upper concave groove, a fifth side concave groove, a sixth lower concave groove, a seventh lower concave groove and an eighth lower concave groove. According to the blister box, the first side concave grooves, the second side concave grooves, the third upper concave grooves, the fourth upper concave grooves, the fifth side concave grooves, the sixth lower concave grooves, the seventh lower concave grooves, the eighth lower concave grooves, first side convex grooves, second upper convex grooves, third lower convex grooves, fourth lower convex grooves, cross-shaped convex ribs, containing cavities and central convex blocks are matched for use, so that the packaging problem of products which are easy to damage and crush and suitable for blister box packaging is solved.

Description

technical field [0001] The invention relates to the field of packaging blister box equipment, in particular to a self-stacking load-bearing packaging blister box. Background technique [0002] Blister packaging is a general term for plastic products produced by blister technology and packaged with corresponding equipment. It is widely used in packaging in all walks of life because of its unique properties. General blister packaging boxes are not easy to stack In the process of transportation, the packaging box is squeezed and deformed, which affects the quality of the product. When the existing packaging blister box is coded on the upper and lower layers, the lower product contacts the upper blister box, and the transportation is bumpy. It will cause indirect collision and deformation of the upper and lower layer products. [0003] The blister box is a thin-walled packaging auxiliary material. The same specification, stacked in the same direction, will be compressed togethe...

AI Technical Summary

Problems solved by technology

[0002] Blister packaging is a general term for plastic products produced by blister technology and packaged with corresponding equipment. It is widely used in packaging in various industries because of its unique properties. General blister packaging boxes are not easy to stack. In the process of transportation, the packaging box is squeezed and deformed, which affects the quality of the product. When the existing packaging blister box is coded on the upper and lower layers, the lower layer of the product contacts the upper layer of the blister box, and the transportation is bumpy. It will cause indirect collision and deformation of upper and lower layer products

[0003] The blister box is a thin-walled packaging auxiliary material. The same specification, stacked in the same direction, will be compressed together, and there will be no stacking support points between the upper and lower layers; however, the design of "sawtooth" around the blister box After the "shape" shape, the upper and lower layers are turned 180°, and the load-bearing mechanism between the blister boxes will be formed at the "serrated" shape. Therefore, this invention proposes a self-stackable load-bearing packaging blister box to solve the problem. Problems in prior art

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