A packaging device for plastic granules using centrifugal drop

Abstract

The invention discloses a plastic granule subpackaging device utilizing centrifugal drop-off. The structure includes a hopper, a subpackaging processing device, a universal drive wheel, a subpackaging fixing frame, and a control panel. The plastic granule subpackaging device is installed through the There is a plastic granule filling head. When the plastic granules are filled into the storage bag, the plastic granules slide down along the slope of the sub-package structure and get close to the inner wall of the storage bag, avoiding the direct drop and stacking in the traditional sub-packaging process. The conical structure needs to be shaken manually, which reduces the workload of the personnel in the packing process; at the same time, the centrifugal drive device drives the packing and unloading structure to rotate clockwise, which promotes more uniform packing of plastic pellets and improves the packing efficiency of plastic pellets. work efficiency.

Description

technical field [0001] The invention relates to the field of production equipment for plastic granules, in particular to a packaging device for plastic granules that utilizes centrifugal shedding. Background technique [0002] The main production method of plastic raw materials is to produce granular raw materials on extrusion granulation units, so plastic particles are semi-finished plastics, and after production is completed, plastic particles need to be stored and transported in bags through packaging equipment, but currently The technical considerations are not perfect, and it has the following disadvantages: In order to reduce the weighing time in the bagging process of granular plastic products, quantitative bagging is generally used directly. When the plastic granules are stacked inside the bag, the plastic granules have a conical structure. It is necessary for the staff to shake the top to continue bagging, otherwise the conical shape of the plastic pellets will over...

AI Technical Summary

Problems solved by technology

[0002] The main production method of plastic raw materials is to produce granular raw materials on extrusion granulation units, so plastic particles are semi-finished plastic products, and plastic particles need to be stored and transported in bags through packaging equipment after production is completed, but currently The technical considerations are not perfect, and it has the following disadvantages: In order to reduce the weighing time in the bagging process of granular plastic products, quantitative bagging is generally used directly. When the plastic particles are stacked inside the bag, the plastic particles have a conical structure. It is necessary for the staff to shake the top to continue bagging, otherwise the conical shape of the plastic granules will overflow and fall to the ground, resulting in a reduction in the amount of bags to be filled and waste. Labor costs, but also reduce bagging efficiency

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