Anti-freezing packaging box for cold storage drugs and anti-freezing packaging method for drug transportation process

Abstract

The invention discloses an anti-freezing packaging box for cold storage drugs and an anti-freezing packaging method for the drug transportation process. The anti-freezing packaging box for the cold storage drugs comprises an outer packaging box and an inner heat preservation box arranged in the outer packaging box, wherein the drugs to be processed through heat preservation and a warm freezing module are arranged in the inner heat preservation box, ice bags are arranged between the outer packaging box and the inner heat preservation box, and the warm freezing module comprises a shell and liquid organic matter which is contained in the shell and has the melting point ranging from 5 DEG C to 10 DEG C. When the anti-freezing packaging box for the cold storage drugs is used in summer, the step that ice bags are moved to the environment with the room temperature to recover the temperature is omitted, the anti-freezing packaging box for the cold storage drugs has the advantage that labor is saved, the time for temperature recovery is omitted, the operation time is shortened overall, drug delivery can be directly carried out after an order of a client is received, and it is ensured that the storage temperature of the drugs is 2 DEG C or more. When the anti-freezing packaging box for the cold storage drugs is used in winter, if the temperature of the ice bags is excessively low due to the fact that the temperature of the external environment is excessively low, the phenomena that the temperature of the drugs is lower than 2 DEG C and the drugs are frozen can be effectively avoided.

Description

technical field [0001] The invention relates to medicine packaging technology, in particular to a refrigerated medicine antifreeze packaging box and an antifreeze packaging method during medicine transportation. Background technique [0002] In the prior art, the storage of medicines usually requires a temperature range of 2-8° C. to ensure the activity of medicines. In summer, the ice packs are placed in the freezer, the temperature is generally around -18°C, and some even reach below -20°C. Return the temperature to about 0°C, and then put the medicine and ice packs in the packing box before transporting, so as to prevent the temperature of the ice pack from being lower than 2°C and the activity of the medicine in contact with it will be lowered. In winter, because the weather is relatively cold, the ice pack does not need to be frozen in the freezer. When the medicine is transported, the medicine and the non-freezing ice pack are packed in the packing box and then direct...

AI Technical Summary

Problems solved by technology

In summer, this kind of packaging method needs to warm up the ice pack at room temperature, and it is necessary to manually move the ice pack from the freezer to the room temperature to warm up, and then put the ice pack and medicine together after the ice pack is warmed up. This method has the following disadvantages: 1. The operation process is complicated and inefficient: the ice pack cannot be taken out of the freezer and packaged directly with the medicine, and one more item is moved to the room temperature environment for return. The steps of warming are a waste of labor; 2. The delivery speed is slow: the ice pack needs about half an hour to warm up, and it cannot be ...

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