Plasma data transmission method, device and system

Abstract

The invention discloses a plasma data transmission method, device and system. The transmission method of the plasma data includes: receiving the plasma data uploaded by the plasma collection terminal; wherein, the plasma data includes a first identification code; according to the first identification code, storing the plasma data into the corresponding intermediate storage In the device; whenever receiving the plasma data acquisition instruction sent by the blood bank, read the second identification code in the plasma data acquisition instruction, and store the plasma data in the intermediate storage device corresponding to the second identification code Upload to the blood bank terminal. By adopting the invention, the efficiency and correct rate of the plasma data transmission process can be improved.

Description

technical field [0001] The invention relates to the field of computer technology, in particular to a plasma data transmission method, device and system. Background technique [0002] As the party and the state pay more and more attention to people's health, the central blood station has increasingly strict control over the quality of the plasma it stores. In order to realize unified management of plasma collected at various plasma collection points, the same system is usually used to manage these plasma data. [0003] In the prior art, each plasma collection point is directly connected to the central blood station through a network, and every time each plasma collection point collects new plasma data, the data is directly uploaded to the central blood station for storage and processing. When the number of plasma collection points is large, the amount of relevant plasma data collected is very large, and the amount of plasma data received by the central blood station is also ...

AI Technical Summary

Problems solved by technology

When the number of plasma collection points is large, the amount of relevant plasma data collected is very large, and the amount of plasma data received by the central blood station is also very large. Frequent and large data reading and writing will give the central blood station The server causes a great burden, and it is easy to cause the server to crash, resulting in data loss

In addition, the central blood station is directly connected to all plasma collection points, and the data received are various and huge in quantity. Therefore, in addition to storing and analyzing the received data, the server of the central blood station also needs to process these data. Management processing such as identification and classification, therefore, the efficiency of data transmission processing is very low

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