Infusion bag recycling system

Abstract

The invention relates to an infusion bag recycling system comprising a pulverizer, a separating device, a wash pushing device, two lifting and conveying devices, a dehydrator and a storage bin, wherein the pulverizer, the separating device, the two lifting and conveying devices, the dehydrator and the storage bin are sequentially arranged; the separating device and one lifting and conveying device are arranged in a first washing pool; the other lifting and conveying device is arranged in a second washing pool; and in order to block waste materials subsiding at the bottoms of the pools, a separating screen is arranged at each of the bottoms of the washing pools between the wash pushing device and the lifting and conveying devices. The system disclosed by the invention has the advantages of scientific design, compact structure, simpleness and convenience for operation, small occupied area, high processing efficiency, capability of effectively saving the labour, reducing the cost and avoiding the environmental pollution, high treatment quality, good treatment effect, and green environmental protection, therefore, the system can be widely used for harmless treatment on the infusion bags of various models and plastic medical infusion bags can be recycled again.

Description

technical field [0001] The invention belongs to the field of plastic product processing, and relates to crushing and cleaning equipment, in particular to a recycling and processing system for transfusion bags. Background technique [0002] After use, plastic products such as medical infusion bags and infusion bags need to be collected, recycled, transported and processed in a centralized manner according to regulations. Relevant departments have formulated strict regulations on the recycling and disposal of medical supplies, and supervised and managed them. [0003] The processing of medical infusion bags needs to go through multiple steps such as classification, splitting bottle caps, removing labels, crushing, disinfection, cleaning, drying, and packing before they can be processed again. At present, sorting, splitting bottle caps, removing labels, and transferring materials between various process steps are mainly done manually. The labor intensity of the staff is high, ...

AI Technical Summary

Problems solved by technology

At present, sorting, splitting bottle caps, removing labels, and transferring materials between various process steps are mainly done manually. The labor intensity of the staff is high, labor-intensive, and the processing cost is high, while the processing efficiency is low and the product quality is difficult to achieve. Uniform standards

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