Intelligent packaging machine for batch production of ziplock bags

Abstract

The invention discloses an intelligent packaging machine for batch production of self-sealing bags in the technical field of self-sealing bags, which comprises an operation table, a supporting rod is fixedly connected to the operation table, a flattening transportation mechanism is arranged above the operation table, and an accumulation clamping part is arranged on the right side of the flattening transportation mechanism. A cutting-off assembly is arranged above the flattening and transporting mechanism, the flattening and transporting mechanism unfolds and transports the coiled self-sealing bags to the accumulation clamping part, and then the cutting-off assembly cuts off the self-sealing bags on the flattening and transporting mechanism; according to the invention, the ziplock bag can be kept in a flat state.

Description

technical field [0001] The invention relates to the technical field of ziplock bags, in particular to an intelligent packaging machine for batch production of ziplock bags. Background technique [0002] After the ziplock bags are produced into rolls, it is necessary to cut and stack the ziplock bags to a certain height to form a stack, and then pack and pack the stacked ziplock bags. At present, the ziplock bags are generally guided by guide rollers in the process of moving and cutting. Moving and thermal cutting, during the cutting process; 1. When the cutting knife moves upwards to leave the cut ziplock bag, because the cutting knife is hot, the plastic of the ziplock bag may stick to the cutting knife, causing the feeding mechanism to The ziplock bag roll is pulled out more, and the length of the ziplock bag that is pulled out becomes larger. In the next cutting, the cut ziplock bag may not meet the production requirements and become a waste product; 2. The ziplock bag th...

AI Technical Summary

Problems solved by technology

[0002] After the ziplock bags are produced into rolls, it is necessary to cut and stack the ziplock bags to a certain height to form a stack, and then pack and pack the stacked ziplock bags. At present, the ziplock bags are generally guided by guide rollers in the process of moving and cutting. Moving and thermal cutting, during the cutting process; 1. When the cutting knife moves upwards to leave the cut ziplock bag, because the cutting knife is hot, the plastic of the ziplock bag may stick to the cutting knife, causing the feeding mechanism to The ziplock bag roll is pulled out more, and the length of the ziplock bag that is pulled out becomes larger. In the next cutting, the cut ziplock bag may not meet the production requirements and become a waste product; 2. The ziplock bag that is pulled out It may also overlap together, causing the plastic of the overlapping ziplock bag to melt too much during the next cutting, and the package will stick to the cutting knife, which will affect the next use of the cutting knife; 3. The cutting knife is moving upward to leave the cut ziplock bag When cutting, it is also possible that the ziplock bag roll on the feeding mechanism will be pulled out more, resulting in folds in the ziplock bag between the feeding mechanism and the guide roller. Sticking occurs, causing the cut ziplock bags to become waste products

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