Layer-integrated push-type plastic infusion bottle packing machine

Abstract

The invention discloses a bedding overall pushing type plastic infusion bottle encasing machine. The bedding overall pushing type plastic infusion bottle encasing machine comprises an infusion bottle feeding device and an encasing device. The encasing device comprises a discharging and pushing device body and an encasing and pushing device body which are arranged from top to bottom. The infusion bottle feeding device comprises a conveying plate B. The discharging and pushing device body is located at the tail end of the conveying plate B and on one side of the conveying plate B. A limiting blocking groove is formed in an infusion bottle discharging opening of the conveying plate B. A blanking plate is arranged under the limiting blocking groove. An encasing plate is arranged on the side, back to the encasing and pushing device body, of the blanking plate. A packing box is placed on the encasing plate. An opening of the packing box faces the blanking plate. An opening of the limiting blocking groove faces a conveying groove B. A notch is formed in the position, corresponding to the encasing and pushing device body, of the bottom of the limiting blocking groove. The wall of the limiting blocking groove extends downwards to the top surface of the blanking plate. By means of the structure, automatic encasing operation of infusion bottles is achieved, the encasing efficiency of the infusion bottles is improved, and the encasing quality of the infusion bottles is ensured; and the encasing manpower of the infusion bottles is also saved, so that the labor intensity of operators is relieved, and the human cost of enterprises is reduced.

Description

technical field [0001] The invention relates to the field of infusion bottle production, in particular to a layer-by-layer push-type plastic infusion bottle packing machine. Background technique [0002] As the first generation of infusion products, glass bottle infusion is a potential hidden danger to human health due to its complex production process, poor stability, easy generation of glass shavings, and high probability of secondary pollution. High, the collision in the transportation process will easily cause invisible lacerations, resulting in drug pollution. These defects limit its sales in this area, and the glass bottle will cause greater environmental pollution and energy consumption during firing. It is imperative to replace glass bottles with new packaging materials. [0003] Plastic infusion bottles are the best packaging to replace traditional packaging, and are widely used at home and abroad. [0004] Currently clinically used transfusion packages include gl...

AI Technical Summary

Problems solved by technology

However, during the packing operation of plastic infusion bottles, the packing speed still cannot be improved, which has become the bottleneck of the production speed of the whole production line.

At present, there are generally two ways to pack plastic infusion bottles. The first one is to use a lot of labor, so that it can barely keep up with the pre-order production speed of plastic infusion bottles, but the labor cost is huge; the second is automation, but this automation They all adopt the method of grabbing the infusion bottle by the robot to grab and pack the infusion bottle, but because the robot is in the process of grabbing back and forth, the robot returns to the starting point after the plastic bottle is packed. This period of time can only be wasted, resulting in that the packing efficiency of the robot cannot meet the production demand, and the equipment cost of the robot is also very high.

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