Pipelining method and system for treating blood transfusion compatibility detection samples

Abstract

The invention discloses a pipelining method and system for treating blood transfusion compatibility detection samples. The pipelining method for treating the blood transfusion compatibility detection samples includes the steps of data input, blood sample treatment, detection matching, cross-matching of blood and sample group placing and storing. According to the step of sample group placing and storing, a sample group is conveyed into sample storage equipment, a direct extraction storage area and a reexamination storage area are sequentially arranged in the sample storage equipment according to the placing time, the sample group is firstly placed in a direct extraction storage area, and the sample group in the direct extraction storage area is transferred to the reexamination storage area after the sample group is stored for days of direct extraction, and the sample group in the reexamination storage area is conveyed into garbage collection equipment after being stored for days of storage. According to the invention, a time-sharing storage mode is utilized, and the sample group is sequentially stored in the direct extraction storage area and the reexamination storage area, so that lots of complicated searching can be avoided, moreover, a target sample group can be conveniently searched, and in addition, secondary blood distribution use of blood braid samples, adverse reaction caused by blood use and accident cause tracing are facilitated.

Description

technical field [0001] The invention relates to the technical field of blood transfusion management, in particular to a flow water processing method and a flow water processing system for blood transfusion compatibility testing specimens. Background technique [0002] Blood transfusion is a treatment method widely used clinically. There is usually a blood transfusion department in the hospital, that is, a blood bank, which is used to provide blood on time and in volume for various occasions that require blood transfusion. There are many factors to be considered in the blood transfusion process, and all links need to be strictly controlled to ensure the safety of blood use for patients. The most important link is the handling of blood transfusion compatibility testing by the blood transfusion department. [0003] Existing blood transfusion detection management usually enters the data of the recipient into the blood transfusion management equipment after the blood sample of th...

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Problems solved by technology

[0004] There are many deficiencies in the existing blood matching process: (1) The collection of blood samples is often for emergencies. Even if the blood samples and blood braids are stored until the end, the patient may not need blood transfusion, so in this case The blood braid specimens intercepted on the lower blood bag become useless, and a small amount of blood in it is wasted. This kind of management work with low utilization rate of blood is very important for the already scarce and precious stock blood. Unfavorable; (2) Regardless of the detection and screening of blood samples, or the storage, transfer and search of blood samples and blood braid samples, it is mainly carried out manually, and the manual labor is extremely cumbersome and requires staff to spend a lot of energy. In this way, mistakes such as storage errors and transfer confusion are also very easy to occur, which will lead to lower blood safety; (3) when patients use blood, they need to manually search from hundreds or even thousands of prepared blood specimens, which will greatly increase the cost. More workload, reduced work efficiency

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