Novel intelligent unpacking system

Abstract

The invention discloses a novel intelligent unpacking system. The novel intelligent unpacking system comprises a loading station, a bag pressing station, an unpacking station, a chipping separation station, a bag collection station and a control system, wherein the loading station comprises two material transport devices, one material transport device places material bags onto the bag pressing station, and the other material transport device rapidly conveys the material bags to the unpacking station and the bag collection station from the bag pressing station; primary crushing is carried out on hardened blocks in the material bags at the bag pressing station; the bottoms of the material bags are cut at the unpacking station, and then the material bags are beat through the reciprocating rectilinear movement of a swing lever to guarantee thorough shaking-off for materials in the material bags, and secondary crushing is carried out on the materials in a hopper; then the materials are conveyed to the chipping separation station through a conveying device; chippings are eliminated from the materials at the chipping separation station; the material bags are collected and arranged at the bag collection station; and the control system controls the loading station, the bag pressing station, the unpacking station, the chipping separation station and the bag collection station.

Description

technical field [0001] The invention discloses a novel intelligent unpacking system. Background technique [0002] At present, the chemical fertilizer production line generally needs to input three to five main raw materials (potassium chloride, ammonium sulfate, etc.) according to different production formulas. The packaging bags of raw materials are generally 50 kg / bag or 40 kg / bag, and the material of the packaging bags is nylon. For woven bags, after the raw materials are transported to the factory, the material bag is put into the feeding port, and then the bag is cut open manually with a knife, and then the material is dumped into the feeding port, and some materials are agglomerated and need to be manually broken into small pieces. A production line with a production capacity of 50,000 tons requires 5 to 6 workers to input at least 15 tons (300 bags) of materials per hour, and requires continuous high-intensity work. [0003] There is also a material packaging method...

AI Technical Summary

Problems solved by technology

[0004] The current unpacking work method requires a lot of labor, which is completely manual and labor-intensive. The human body is in contact with materials during work, which is harmful to human health.

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