Special multi-layer cardboard cutting and calibrating seat

Abstract

The invention relates to the technical field of packaging cartons, in particular to a special multi-layer cardboard cutting and calibrating seat. According to the technical scheme adopted by the special multi-layer cardboard cutting and calibrating seat, the special multi-layer cardboard cutting and calibrating seat comprises a rectangular body calibrating and connecting seat, wherein three linearly and evenly distributed first cutting and calibrating grooves are formed in the middle positions of the front side of the body calibrating and connecting seat, and second cutting and calibrating grooves with the length smaller than that of the first cutting and calibrating grooves are correspondingly formed in the upper and lower ends of the front surface of the body calibrating and connecting seat; and overlapping positioning connecting grooves are correspondingly formed in the upper and lower ends of the front surface of the body calibrating and connecting seat, and circular arc-shaped cardboard placing calibrating grooves with openings towards each side are correspondingly formed in the left lower end corner position of the body calibrating and connecting seat and the upper right endcorner position of the body calibrating and connecting seat. The special multi-layer cardboard cutting and calibrating seat has the advantages that the quality of the cardboard cutting is improved, and the bonding tightness between parts and a cardboard is better by arranging anti-slip bonding groove structures on the parts, so that the whole stability is better during the cutting process of the cardboard.

Description

technical field [0001] The invention relates to the technical field of packaging cartons, in particular to a special multi-layer cardboard cutting calibration seat. Background technique [0002] Cardboard packaging boxes need to be designed according to different usage requirements. Generally, packaging boxes need to be equipped with corresponding hole-cutting structures so that they can meet the needs of parts placement and packaging during use. The hole-cutting structure on the box is generally cut by a cutting machine. The traditional method is to use a single cardboard to cut separately. This method has low production cost, but it will also lead to a relatively low production efficiency of the overall packaging. If multiple cardboards are cut Overlapping together and cutting multiple layers at the same time will improve the efficiency of production, but when cutting multiple layers of cardboard, the stability of the cardboard cannot be guaranteed during the cutting proce...

AI Technical Summary

Problems solved by technology

[0002] Cardboard packaging boxes need to be designed according to different usage requirements. Generally, packaging boxes need to be equipped with corresponding hole-cutting structures so that they can meet the needs of parts placement and packaging during use. The hole-cutting structure on the box is generally cut by a cutting machine. The traditional method is to use a single cardboard to cut separately. This method has low production cost, but it will also lead to a relatively low production efficiency of the overall packaging. If multiple cardboards are cut Overlapping together and cutting multiple layers at the same time will improve the efficiency of production, but when cutting multiple layers of cardboard, the stability of the cardboard cannot be guaranteed during the cutting process, resulting in cutting deviations during the cutting process , thus affecting the cutting accuracy

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