Sample analysis equipment and sample frame transportation device

Abstract

The invention relates to a sample frame transportation device which comprises a loading platform for loading a sample frame, an integrated conveying channel, a first unloading table, a second unloading table and a control module, wherein the loading platform is used for loading the sample frame; one end of the integrated conveying channel is connected with the loading platform; the sample frame can be conveyed to the integrated conveying channel from the loading platform; the second unloading table is connected with the integrated conveying channel; the second unloading table is connected with one end, which is far away from the loading platform, of the integrated conveying channel; the sample frame can enter the first unloading table or the second unloading table from the integrated conveying channel; the control module is used for identifying identity information of the sample frame on the integrated conveying channel and distributing the sample frame on the integrated conveying channel into the first unloading table or the second unloading table according to the identity information. The integrated conveying channel is located on the same sides of the loading platform, the first unloading table and the second unloading table. The invention further provides sample analysis equipment using the sample frame transportation device. The sample analysis equipment and the sample frame transportation device thereof have the advantages of high detection efficiency and cost reduction.

Description

technical field [0001] The invention relates to medical diagnostic equipment, in particular to a sample rack transport device and an integrated transport channel system used therefor. Background technique [0002] In the field of medical diagnosis, the sample analysis equipment detects blood and other samples through the analyzer on it. The samples are generally loaded on the sample rack and transported through the assembly line to realize the streamlined detection operation. [0003] In traditional technology, two sample analysis devices can be connected to realize the detection or re-examination of different items of the sample. The traditional method is to splice together two independent sample analysis equipment pipelines, such as figure 1 As shown, each sample analysis device 20 has its own independent loading platform 21 , unloading platform 23 and analyzer 25 . The docking ports of the two sample analysis devices 20 are set at the exit of the unloading platform 23 o...

AI Technical Summary

Problems solved by technology

During sample detection, the sample is loaded on the loading platform 21 of the first device, and after being detected by the analyzer 25 of the first sample analysis device 20, it enters the unloading platform 23, and then is sent to the second sample analysis by the steering mechanism for connection. The loading platform 21 of the equipment 20, after being detected by the analyzer 25 of the second sample analysis equipment 20, enters the unloading platform 23 of the second equipment for unloading. The entire sample testing process needs to go through two loading platforms 21 and two unloading platforms 23 , it takes a long time, the detection efficiency is low, and the complicated mechanism also increases the cost of the machine

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