Blood component separator, management system and method based on blood component separators

Abstract

The invention discloses a blood component separator, a management system and method based on blood component separators. The blood component separator comprises a blood member identity input module, a consumable information input module, a control module, a storage, a data output module and a storage medium transfer module. The control module is used for retrieving information data of the storage before update, directly adding new blood member identity information, consumable information and separation process data of the blood component separator to information data before update to form information data after update and then transferring information data to the storage, the data output module and the storage medium transfer module.The management system and management method thereof for separating blood components not only comprise management of single units and management of multiple blood component separators by a server. By adoption of the technical scheme disclosed by the blood component separator, the management system and method based on the blood component separators have following beneficial effects: unified management of information data is performed in a standardized mode; and occurrences of cross-regional collection, excessive collection and frequent collection in a pulp-collecting industry are avoided in order to guarantee physical and mental health of blood members.

Description

technical field [0001] The invention belongs to the technical field of medical equipment, and in particular relates to a blood component separator and a management system and management method based on the blood component separator. Background technique [0002] Blood component separator refers to the general term of blood component separation equipment, and generally refers to equipment with blood component separation function. At present, the blood component separators used in apheresis stations and blood stations in my country do not have the functions of identification and consumable information entry. After each separation process, only part of the separation process data can be displayed on the machine, and blood cannot be recorded. Therefore, blood personnel information, consumables information and blood separation process data cannot be managed in a unified manner, which leads to cross-regional collection, Phenomena such as over-collection and frequent collection not ...

AI Technical Summary

Problems solved by technology

At present, the blood component separators used in apheresis stations and blood stations in my country do not have the functions of identification and consumable information entry. After each separation process, only part of the separation process data can be displayed on the machine, and blood cannot be recorded. Therefore, blood personnel information, consumables information and blood separation process data cannot be managed in a unified manner, which leads to cross-regional collection, Phenomena such as over-collection and frequent collection not only affect the physical and mental health of plasma collection personnel, but also are not conducive to the standardized management of blood collection personnel and plasmapheresis stations

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