High-capacity full-automatic sample handover method and handover system

Abstract

The invention provides a high-capacity full-automatic sample handover method. The method comprises the following steps that an operator places a sample test tube rack in a sample receiving layer, a carrier rack leading-in mechanism conveys the sample test tube rack to a refrigeration module for storage, during identification, the sample test tube rack is conveyed to a sample identification layer,a gripper mechanism grips sample test tubes to an identification area for identification, and according to the identification result, the sample test tubes are placed on a classification test tube rack and conveyed to the refrigeration module to be classified and stored. The invention also provides a large-capacity full-automatic sample handover system for realizing the method. According to the high-capacity full-automatic sample handover method and handover system, a large number of samples can be quickly handed over outside a department and conveyed to the refrigeration module to be stored,then the samples are automatically scanned, recognized, classified and stored by corresponding mechanisms, the handover time of the high-capacity samples can be shortened, the workload of workers is reduced, the intelligent level of sample handover processing is improved, and the handover work efficiency is improved.

Description

technical field [0001] The invention relates to the technical field of in vitro diagnostic medical devices, in particular to a large-capacity fully automatic sample handover method and a handover system. Background technique [0002] Under normal circumstances, when the blood collection personnel collect samples and return to the laboratory for handover, it is usually in the evening or at night. Performing sample handovers increases the risk of cross-contamination. Therefore, in order to ensure the quality of blood, the current operation of many blood banks is to store samples in refrigerators for refrigeration. However, this kind of direct refrigeration has two problems: one is that the quality of the blood collected on the day cannot be identified in time, and the other is that the workload of taking out samples for experiments on the next day is very heavy, and it is difficult to obtain test results in time when the number of samples is large. [0003] At present, due t...

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Problems solved by technology

However, there are two problems with this kind of direct refrigeration: one is that the quality of the blood collected on the day cannot be identified in time, and the other is that the workload of taking out samples for experiments on the next day is very heavy, and it is difficult to obtain test results in time when the numb

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