Biochemical Analyzer Delivery System

Abstract

The invention discloses a transport system for a biochemical analyzer, comprising a sample feeding track, a forward track, a recovery track, a sub-track to be tested, an emergency sub-track and a return track; the sample feeding track, the forward track and the recovery track are parallel to each other Setting; said track to be tested, emergency track and return track are provided with at least one track; said track to be measured, emergency track and return track are set between the sample track and the forward track, and The sub-tracks to be tested, the emergency sub-tracks and the return sub-tracks are all perpendicular to the sample injection track and the forward track. The track conveying system can be arranged horizontally in the biochemical analyzer, and can be docked with the longitudinal track in the biochemical analyzer, so that the buffer capacity of the sample rack can be greatly increased without increasing the length of the biochemical analyzer.

Description

technical field [0001] The invention relates to the technical field of medical equipment, in particular to a delivery system for a biochemical analyzer. Background technique [0002] With the rapid development of modern technology, automation equipment has been widely used in the biomedical inspection industry. The reason is that the use of automation equipment can replace most of the tedious manual operations. Not only the results are accurate, the error is small, but also biochemical pollution can be avoided. The test speed is faster and the efficiency is higher. A biochemical analyzer is a relatively common medical device. However, the biochemical analyzers of the prior art still have many unsatisfactory places. For example, the track conveying system of the current biochemical analyzers generally adopts a longitudinal conveying mode, that is, the tracks are arranged along the length direction of the biochemical analyzer, and there are samples in this way. In the case o...

AI Technical Summary

Problems solved by technology

However, the biochemical analyzers of the prior art still have many unsatisfactory places. For example, the track conveying system of the current biochemical analyzers generally adopts a longitudinal conveying mode, that is, the tracks are arranged along the length direction of the biochemical analyzer, and there are samples in this way. In the case of insufficient rack buffer capacity, generally only 2 sample racks can be buffered. If the buffer capacity is to be increased, the length of the biochemical analyzer must be extended, taking up more space

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