Automated medicine box packaging line

Abstract

The invention discloses an automated medicine box packaging line. The automated medicine box packaging line comprises a flow-separation and channel-combination system (20), an intermediate conveying belt (5), a packaging machine (21) and a case sealer (22). The packaging machine (21) is composed of a box folding device (23), a stacking device (24), a conveying roller way (25), a case unpacker (26) and a labeling machine (27). The output end of the case unpacker (26) is in butt joint with one end of the conveying roller way (25), and the other end of the conveying roller way (25) is in butt joint with the inlet end of the case sealer (22). The labeling machine (27) is arranged beside the conveying roller way (25). A medicine box erecting device (28) and a medicine box appearance detection device (29) are sequentially arranged between the box folding device (23) and the intermediate conveying belt (5). The automated medicine box packaging line has the beneficial effects that the utilization rate of equipment is increased; small space is occupied; the automation degree is high; and medicine box packaging efficiency is greatly improved.

Description

technical field [0001] The invention relates to the technical field of medicine box packaging, in particular to an automatic medicine box packaging line. Background technique [0002] The packaging process of granular or powdered drugs is as follows: firstly use the filling machine to put the powdered drugs into the medicine bag, and then use the cartoning machine to pack multiple medicine bags into the medicine box. After packaging, use the conveying device to pack the medicine box Transported to the medicine box shape detection device, the medicine box shape detection device rejects unqualified medicine boxes, and the qualified medicine boxes are sent into the packaging machine, the packaging machine arranges the medicine boxes neatly in the carton, and finally seals the carton, so as to realize Packing of granular or powdered medicines. Among them, the conveying device consists of an intermediate conveyor belt, a plurality of conveyor belts, and rollers installed at both...

AI Technical Summary

Problems solved by technology

When working at a certain time, only the medicine box on one conveyor belt is allowed to enter the middle conveyor belt, and the rest of the conveyor belts are required to be in a stagnant state. In order to realize this function, the conveyor belt needs to be opened and closed frequently, which makes the operation difficult and increases the workload. Low equipment utilization

In addition, the conveyor belt is very long and takes up a lot of space in the workshop, which brings troubles to the layout of other equipment

Therefore existing conveying device does not popularize use

In addition, the existing medicine bag packaging machine has a complex structure, takes up a lot of space, and has a low degree of automation. Manual detection is usually used in the shape detection device of the medicine box, which has the defects of low detection accuracy, high labor intensity, and low detection efficiency.

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