Method, device and system for treating sample of body fluid examination flow line work station

Abstract

The invention discloses a method, a device and a system for treating a sample of a body fluid examination flow line work station. The method comprises the following steps of receiving application information comprising a sample serial number, checking up samples in a sample frame to obtain a sample check-up result, matching the sample serial number and the sample check-up result, determining if the matching is successful, and if the matching is unsuccessful, momentarily stopping dispatching of the sample frame. Compared with the prior art, the method for treating a sample of a body fluid examination flow line work station has the advantages that a sample serial number output by a user is matched with a placement situation of samples on a sample frame and when the matching is unsuccessful, dispatching of the sample frame is stopped momentarily and then a user can carry out a corresponding process to eliminate mismatching, and thus work efficiency is improved and time is saved.

Description

technical field [0001] The invention relates to sample processing of a body fluid testing assembly line workstation, in particular to a sample processing method, device and system of a body fluid testing assembly line workstation. Background technique [0002] The body fluid testing assembly line workstation has a high degree of automation, fast testing speed, and a large number of test samples. Usually, multiple doctors operate the body fluid testing assembly line to ensure that a large number of samples can be tested quickly. [0003] At present, there are three main working methods of the body fluid testing assembly line workstation: 1. Barcode mode, that is, in hospitals with a high degree of informatization construction, the sample barcode is in one-to-one correspondence with patient information; 2. Sample rack mode, that is, through position. Sample test application, that is, one-to-one correspondence between sample location and patient information; 3. Sequential mode,...

AI Technical Summary

Problems solved by technology

However, for the current body fluid testing assembly line workstations on the market, this method does not support the testing of samples with discontinuous numbers. For example, the user numbers the first batch of samples as 1#~100#, and the second batch of samples as 201#~ 300#, put these two batches of samples into the putting area consecutively, but the user only applied for the test of 1#~100# samples, then the samples numbered 201#~300# have no corresponding application information matching, these samples will be pushed into orbit and sent to the recovery area

This practice greatly affects the user's work efficiency. After these samples are transported to the recycling area, the user usually needs to take out the sample rack again and perform the test again.

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