Micro-electronic label code bottle cap

Abstract

The invention discloses a micro-electronic label code bottle cap. The bottle cap is used for penicillin bottle seal and penicillin bottle inner assigned environment value monitoring, and the bottle cap is composed of a top cap layer, a code lock layer and a rubber layer which are sequentially stacked from top to bottom. The lower edge of the code lock layer is provided with a coincidence convex port corresponding to a convex port in the outer edge of a penicillin bottle. The coincidence convex port and the convex port are sleeved and fixed together through an aluminum ring. The top cap layer is fixed to the upper end face of the code lock layer, and the rubber layer is fixed to the lower end face of the code lock layer. The rubber layer is used for sealing the penicillin bottle. The code lock layer is used for encrypting and locking the penicillin bottle. The top cap layer is used for monitoring the inner assigned environment value of the penicillin bottle, and the top cap layer is used for data interaction with the outside and bottle cap positioning. By means of the micro-electronic label code bottle cap, interior and exterior isolation of the penicillin bottle can be achieved, and the seal function is achieved; and the interior temperature of the penicillin bottle can be monitored as well, and safety of medicines in the whole penicillin bottle is enhanced.

Description

technical field [0001] The invention belongs to the field of medical equipment, is mainly used in the sealing packaging of vials, and in particular relates to a microelectronic label password bottle cap. Background technique [0002] As a common storage tool for medicines, vials can play a very good role in protecting medicines. At the same time, medicines, as a special commodity, have functions such as product anti-counterfeiting, temperature monitoring, and traceability in the process of production, storage, sales, and use. There are high requirements, so good sealing is essential in the process of drug preservation; for example, for vaccine preservation, traditional vaccine production packaging is mostly composed of vials, butyl rubber and aluminum caps, the anti-counterfeiting, temperature Functions such as monitoring and traceability are all completed by pasting additional labels on the outside of traditional packaging or through manual verification. This method usually...

AI Technical Summary

Problems solved by technology

[0003] The purpose of the present invention is to propose a microelectronic label coded bottle cap, specifically by integrating a top cover layer with a temperature measurement function, a coded lock layer with a blocking function and a rubber layer that can seal the vial externally on the bottle cap. In order to solve the problems of packaging, anti-counterfeiting, temperature monitoring, and traceability of existing vials, realize automatic verification, recording, continuous monitoring, multi-function, low investment cost, and high efficiency. The specific technical solutions are as follows:

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