Device and system for packing blood based on radio frequency identification to realize data interaction

Abstract

The present invention belongs to the field of medicinal products, in the concrete, it relates to a blood packaging device based on radio-frequency identification for implementing data interaction and its system. Said invention includes a blood packaging bag, on the external package of said blood packaging bag an active label is attached for making radio-frequency identification communication in the use region. The described active label includes at least one storage zone for making reading and writing operation of said active label by utilizing radio-frequency identification reader. Said invention can be used for monitoring whole process including blood collection, transportation, storage and use, etc.

Description

technical field [0001] The present invention relates to medical preparations, in particular to an improved medical blood packaging bag, in particular to a blood packaging device and system for realizing data interaction based on radio frequency identification technology. Background technique [0002] At present, the collection, transportation, use and storage of blood have the following problems: [0003] 1) When blood is collected in a different place, the location of the blood collection may be unknown to the user or the unit. [0004] 2) There is no one-to-one correspondence between the blood and the blood donor, which makes it impossible to know the blood donor when using blood. [0005] 3) The blood supply process cannot be fully recorded. [0006] 4) The logo of the blood packaging bag was changed and rewritten at will. [0007] 5) The environmental requirements for storage and transportation of blood are not strictly protected. [0008] The above-mentioned possibl...

AI Technical Summary

Problems solved by technology

[0003] 1) When blood is collected in different places, the location of blood collection may be unknown to the user or the unit

[0004] 2) There is no one-to-one correspondence between the blood and the blood donor, which makes it impossible to know the blood donor when using blood

[0005] 3) The blood supply process cannot be fully recorded

[0007] 5) The environmental requirements for blood storage and transportation are not strictly protected

[0009] 1) When the blood leaves the storage area, its information cannot be read in real time

[0010] 2) When the blood leaves the original blood supply area, the blood information cannot be changed effectively and timely

[0011] 3) The blood information between regions cannot be exchanged effectively in a timely manner

[0014] 1) Due to the different writing habits of each person, it is difficult or impossible to recognize during use

[0015] 2) Difficult or impossible to identify during use due to easy contamination

[0016] 3) It is easy to cause the active label to fall off during use, transportation and storage and cannot be identified

[0017] 4) Due to the limited paper size, a large amount of detailed information cannot be stored on paper active tags

[0018] 5) Because it is paper and manual writing, it is easy to be illegally rewritten

[0019] 6) Because the paper active label is pasted on it, it is easy to be replaced illegally

[0020] 7) Because the active label is manually filled in, its reading and management need to be completed manually

However, the use of this barcode is also subject to many restrictions, such as:

[0023] 1) Due to limited light, it cannot be used in the dark

[0024] 2) Unreadable due to surface contamination

[0025] 3) Erroneous or unreadable due to surface wear

[0026] 4) The reading process still needs to be done manually

[0028] 6) It is not easy to rewrite information

[0029] It can be seen that there are still many problems in the use of paper active labels and barcode active labels on blood packaging bags. However, these shortcomings not only bring inconvenience to the operation and use of blood, but also cause more safety hazards. In the whole process of blood management, such as:

[0030] 1) When blood is collected in different places, the location of blood collection may be unknown to the user or the unit

[0031] 2) There is no one-to-one correspondence between the blood and the blood donor, which makes it impossible to know the blood donor when using blood

[0032] 3) The blood supply process cannot be fully recorded

[0033] 4) The environmental requirements for blood storage and transportation are not strictly protected

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