Packaging bottle device

Abstract

The invention belongs to the technical field of packaging bottles and particularly relates to a packaging bottle device. The packaging bottle device comprises a bottle body, a top cap, an adjusting mechanism, a driving ring, a bottom cap, a first partition board, an elastic channel, a third partition board and a second partition board. When the packaging bottle device is not used at ordinary times, drugs located below the third partition board in the bottle body are sealed through the second partition board and the third partition board. When the packaging bottle device is in use, the first partition board and the second partition board are driven to rotate through the driving ring, so that the lower side of the elastic channel to communicate with the drugs located below the third partition board, the upper side of the elastic channel is isolated from the outside through the first partition board, the drugs in the bottle body get into the elastic channel through a third drug outlet anda second drug outlet, and then the drugs located on the lower side of the bottle body are isolated from the elastic channel through the second partition board. A user places a packaging bottle correctly, opens the top cap and then takes out the drugs in the elastic channel. In the process, the drugs in the bottle body never make contact with the outside to prevent the drugs from being affected with damp when getting into the elastic channel.

Description

Technical field [0001] The invention belongs to the technical field of packaging bottles, and particularly relates to a packaging bottle device. Background technique [0002] Drugs are an important means of preventing, treating, and diagnosing diseases. The quality of drugs is directly related to the health and even life safety of patients. The stability of drugs is not only related to its own nature, but also to a large extent by many external factors. Disturbances, such as temperature, humidity, light, oxygen, carbon dioxide, microorganisms in the air, storage time, packaging containers, etc.; these factors often cause the decomposition, volatilization, precipitation, deliquescent, rancidity, mildew and other changes of the drug, in order to ensure The quality of medicines and the moisture-proof preservation of medicines are issues that pharmacy staff must pay attention to, especially when stored in the home or pharmacy, some medicines that have been opened and have not been ea...

AI Technical Summary

Problems solved by technology

[0003] At present, in order to prevent drug deliquescence, the widely used method is to place the drug in a glass bottle and seal it with a rubber stopper. In this way, after opening the drug bottle every time, the moist air will be sealed in the drug bottle by the rubber stopper, causing the bottle to leak. The medicine inside is damp

[0004] At the same time, there is also a method of adding a desiccant to the packaging bottle or bottle cap to prevent moisture. This method can effectively prevent moisture, but the desiccant is easy to cause drug pollution and may produce toxic substances, which will aggravate the condition and even endanger the patient. Life; in addition, when people take medicine, they will open the packaging bottle repeatedly. After a period of time, the desiccant in the packaging bottle absorbs too much water, which makes the desiccant invalid and loses the moisture-proof effect; after the medicine is used up, people generally discard the packaging bottle. The desiccant in it may cause pollution to the surrounding environment

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