Injection safety breakage-proof transportation packaging device

Abstract

The invention discloses an injection safety breakage-proof transportation packaging device. The device comprises a round base and a protective cylinder fixed to the round base, a cylinder cover is arranged on the protective cylinder, and the cylinder cover comprises a protective cover body arranged on the outer side of the protective cylinder and an inner cover body connected with the protective cover body. The protective cylinder comprises a shell, a containing bin, an installing opening and a protective shell, the containing bin and the installing opening are formed in the shell, and the protective shell is located outside the shell. According to the device, on the one hand, a liquid storage bin can keep an injection at a constant temperature for a long time, the biological activity of the injection is protected, and the safety quality of the injection is good; and on the other hand, protection is achieved through a shockproof pad and a lining, buffering and shockproof functions canbe achieved when the injection is collided in the transportation or moving process, and the injection can be effectively protected against damage in a clamping groove. In conclusion, the beneficial effect of stably storing the injection is achieved.

Description

technical field [0001] The invention relates to the field of packaging, in particular to a safe shatterproof transport packaging device for injections. Background technique [0002] At present, most vaccine packaging boxes use the original carton packaging method. The carton has low strength, is easy to deform, and uses a large amount of paper. It only relies on the label soft paper between each vaccine bottle or injection for buffering, which has poor buffering protection and prevents damage. Poor performance. At the same time, because vaccines or injections or oral liquids should be stored in low-temperature cold storage below -15°C or 2-8°C low-temperature cold storage, the moisture-proof performance of the packaging carton is poor, and it is easy to deform or break due to moisture absorption. The above reasons cause vaccine packaging The damage rate of boxes and vaccines is relatively high in the process of secondary thermal insulation packaging, transportation, moving, ...

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Problems solved by technology

[0006] However, the above-mentioned patents cannot fully ensure the damage of the vaccine during transportation, and cannot meet the temperature requirements of the vaccine, because every link between the vaccine manufacturing department and the vaccine use site may be damaged due to excessive temperature. Failure due to damage during transportation, handling, and storage

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