Blood intelligent control storage system and method thereof

Abstract

The invention relates to a blood intelligent control storage system comprising a control unit, a refrigeration unit, a cold storage chamber, a mechanical unit, an input unit, an output unit, and a detection unit. According to an instruction that is from a user and is received by the input unit, the control unit controls the mechanical unit to store and take blood from the cold storage chamber and controls the refrigeration unit to adjust the temperature of the cold storage chamber. The input unit receives the instruction from the user and sends instruction information to the control unit. The output unit is used for showing working states of the mechanical unit, the refrigeration unit, and the cold storage chamber. And the detection unit is used for detecting the working states of the mechanical unit, the refrigeration unit, and the cold storage chamber as well as transmitting the working state information to the control unit. According to the invention, the speed and accuracy of access of blood packaging bags can be effectively improved; and pollution on the blood can be effectively avoided, wherein the pollution is caused by a manual error and manual operation; therefore, efficiency and quality of blood supply can be improved.

Description

technical field [0001] The invention relates to a blood storage system and method, in particular to a blood intelligent control storage system and method. Background technique [0002] Blood is usually stored in blood banks, kept by medical units, blood banks, or the Red Cross, in case someone needs a transfusion. Since the clinical demand for blood is uncertain, and the types of blood or blood components required are also different, low-temperature refrigeration technology that prolongs the shelf life of blood and blood components has received more and more attention. [0003] Blood refrigeration can prevent coagulation, ensure the nutrition needed for cell metabolism, prolong the life of the body in the blood outside the human body, and ensure that it can perform corresponding functions after being transfused to the patient. However, due to the different characteristics of various blood cell bodies, the storage methods are also different, and the storage period is also di...

AI Technical Summary

Problems solved by technology

[0005] The existing cryogenic refrigeration devices are all manually operated, requiring workers to manually enter the refrigerator to take out the blood

Manual access has great disadvantages in blood management

First of all, it will also lead to heat exchange between the cold storage and the outside world, which will inevitably increase the cooling capacity, increase energy consumption, and have an adverse effect on the storage of blood.

Secondly, manual blood storage will have major defects in information transmission and information processing, such as information errors, wrong blood type and quantity records, wrong locations or wrong blood bags, and information processing errors, not according to the first The principle of deposit first take blood, resulting in unnecessary backlog of blood expired, etc.

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