Bulk cargo bagging system

Abstract

The invention relates to a bulk cargo bagging system. The bulk cargo bagging system comprises a support frame, a bag magazine, bag opening and sending equipment, filling equipment, a transporting device, bag sealing equipment and a labeling device, wherein the bag magazine includes a driving mechanism, a support base moving in a linear moving direction under the effect of the driving mechanism, a bag storage box set positioned on the support base, and an adjusting mechanism for adjusting the size of at least one bag storage box; the bag storage box set includes at least two bag storage boxes arranged in the moving direction of the support base in sequence; each bag storage box can move between a bag taking position and respective bag adding position along with movement of the support base; the bag opening and sending equipment includes a bag opening device for opening openings of bags, and a bag sleeving device for further expanding the opened bags and sending to a filling position; the filling equipment is used for filling materials in the bags; the transporting device supports and transports the bags in the transporting direction; and the labeling device includes a label box, a label taking and sending mechanism for obtaining labels from the label box and sending the obtained labels to the labeled bags, and a label positioning mechanism for fixing the labels on the bags.

Description

technical field [0001] The invention relates to the technical field of bulk material packaging, in particular to a bulk material bagging system. Background technique [0002] The semi-automatic packaging equipment is manually implemented in the process of bag taking, bag opening and bagging. This mode of operation has low efficiency and high labor intensity. When the packaging material is a substance that is easy to float and spread, the working environment of workers becomes worse. The key problem is that the space where workers operate and the space where fixtures are clamped overlaps, posing potential safety hazards. Fully automatic packaging equipment uses suction cups to hold the bag in the process of bag taking and opening. However, due to the cost factor considered by most domestic manufacturers, most of the purchased bags are low-priced woven bags. The existing gap makes it difficult for the suction cup to absorb it, resulting in a low success rate of opening the ...

AI Technical Summary

Problems solved by technology

This method of operation is inefficient and labor-intensive

When the packaging material is a substance that is easy to float and spread, the working environment of workers becomes worse

The key problem is that the space where workers operate and the space where fixtures are clamped overlaps, posing potential safety hazards

Fully automatic packaging equipment uses suction cups to hold the bag in the process of bag taking and opening. However, due to the cost factor considered by most domestic manufacturers, most of the purchased bags are low-priced woven bags. The existing gap makes it difficult for the suction cup to absorb it, resulting in a low success rate of opening the bag during use. Therefore, the automatic packaging equipment using suction cups cannot meet the requirements of this working condition.

[0003] In addition, the current bag storage used in the bulk material bagging system usually only includes one storage bag position, and the bags in the storage bag position are added manually after being used up, and this way of adding bags will not only cause the bag supply process to be interrupted Interruption wastes time and can lead to an out-of-supply of bags due to failure to detect that they have been used up in time, causing the entire bulk bagging system to be shut down

In addition, since the size of the storage bags in the bag warehouse is generally not adjustable, it cannot be well adapted to different bag sizes, which brings inconvenience to the bag supply process

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