A high-speed blister box packing machine

Abstract

The invention relates to a high-speed bubble cap boxing integrated machine. The high-speed bubble cap boxing integrated machine comprises a bubble cap machine and a boxing machine. The bubble cap machine comprises a grid output mechanism, and the boxing machine comprises a grid input mechanism. The high-speed bubble cap boxing integrated machine is characterized in that a linkage conveying mechanism is arranged between the grid output mechanism and the grid input mechanism, the feeding segment of the linkage conveying mechanism is perpendicular to the grid output mechanism, and a plate conveying device is arranged between the grid output mechanism and the linkage conveying mechanism and comprises a rotary table and two or more sucker mechanisms; the sucker mechanisms are uniformly arranged at the edge of the rotary table and are installed on the rotary table through a lifting mechanism in a vertically lifting manner; and through corotation of the rotary table and autoroatation of the sucker mechanism, the sucker mechanism conveys plates on the grid output mechanism to the linkage conveying mechanism in an unchanged direction. The high-speed bubble cap boxing integrated machine has the advantages of being high in production efficiency, stable in work, small in occupied area and the like; and meanwhile, the bubble cap machine for discharging the odd number of the plates and the boxing machine can be linked efficiently.

Description

technical field [0001] The invention relates to a high-speed blister box packing machine. Background technique [0002] The high-speed blister box packing machine, also known as the blister packaging machine, is generally composed of a blister machine and a cartoning machine. The blister machine completes the formation and packaging of the pharmaceutical blisters, and the cartoning machine completes the packaging of the pharmaceutical blisters. The connection between the two is realized through the plate feeding mechanism, that is, the drug plate is sucked and released from the conveying line of the blister machine to the conveying line of the cartoning machine through the plate feeding mechanism in the middle, so as to realize the linkage packaging. After retrieval, the invention patent with the publication number of CN 1422783A discloses a pneumatic stretching and swinging adsorption medicine plate conveying mechanism, which can absorb the medicine plate on the conveying l...

AI Technical Summary

Problems solved by technology

After retrieval, the invention patent with the publication number of CN 1422783A discloses a pneumatic stretching and swinging adsorption medicine plate conveying mechanism, which can absorb the medicine plate on the conveying line of the blister machine to the On the cartoning machine conveyor line, however, it is not difficult to see that the conveying mechanism of this kind of swing rod structure can only be satisfied with one cartoning machine conveyor line. The plate mechanism cannot realize the normal matching of the conveyor line of the blister machine and the cartoning machine; and after the swing-type conveying method is conveyed once, it must be turned back to pick up the next one, which wastes time and affects the plate feeding efficiency; In addition, the drug plate conveying mechanism of this structure is only suitable for the layout where the conveying lines of the blister machine and the cartoning machine are parallel. However, such a layout makes the assembly line elongated and the whole machine occupies a large area

[0003] Now on the market there is also a blister packaging machine in which the conveyor line of the blister machine and the linkage conveyor line are arranged vertically, such as Figure 14 As shown, the blister plate on the blister machine conveyor line of the blister packaging machine is fed by an ordinary manipulator that moves back and forth laterally. Although this manipulator can also complete the transport of the medicine plate without changing direction, it also faces the above The problem of waste of time and low efficiency of back and forth, in order to improve the packaging efficiency, the only way to adopt is to increase the conveying frequency of the manipulator, and at the same time add two linkage conveyor lines, limited by the structure of the existing manipulator, the two linkage conveyor lines can only be set opposite to each other , the manipulator is divided into two parts after sending the plate once, and puts it on two linkage conveyor lines respectively, and conveys it in reverse. Since the two linkage conveyor lines are conveyed at the same time, the conveying efficiency has been relatively improved, but it also encountered Another problem is that if the conveyor line of the blister machine has three formats, one of the two linkage conveyor lines will be two versions, and the other will be one version, which will cause asymmetry and bring problems to the subsequent boxing work. unfavorable factors

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