Separated fully-automatic biochemical analyzer

Abstract

The invention discloses a separated fully-automatic biochemical analyzer. The separated fully-automatic biochemical analyzer comprises a sample tray, a reaction tray, reagent trays arranged at the two sides of the sample tray and the reaction tray, a sample arm used for adding samples, sample cups arranged in the sample tray, reaction cups arranged in the reaction tray, and reagent bottles arranged in the reagent trays, wherein the sample tray, the reaction tray and the reagent trays are respectively connected with a driving device, the sample arm is connected with a sample arm driving device for driving the sample arm to rotate, at least two sampling needles are arranged on the sample arm, driving devices of the sample tray, the reaction tray and the reagent trays are all connected on a control system, a reagent arm is arranged between the reaction tray and each reagent tray, at least two sampling needles are arranged on reagent arms, the reagent arms are connected with a reagent arm driving device, at least two bottle openings are arranged in the radial directions of the reagent bottles or at least two circles of reagent bottles are arranged in the radial direction of the reagent trays, and at least two circles of sample cups and at least two circles of reaction cups are arranged in the radial directions in the sample tray and the reaction tray respectively.

Description

technical field [0001] The invention relates to the field of medical equipment, in particular to a fully automatic biochemical analyzer with fast analysis and detection speed. technical background [0002] Biochemical Analyzer is a clinical routine analysis instrument in hospitals, mainly used to measure various biochemical indicators in human body fluids, including blood routine, myocardial enzyme spectrum, blood sugar and blood lipids, liver function, immunoglobulin and other routine biochemical indicators. At present, the existing automatic biochemical analyzer is mainly composed of sample device, reagent device, sampling device, reaction plate, incubator, detector, microprocessor, printer, function detector, etc. , add reagents and react functions. However, there are many shortcomings in the existing fully automatic biochemical analyzers. During the operation of the existing biochemical analyzers, the reaction disc rotates one revolution, and only one sample and one rea...

AI Technical Summary

Problems solved by technology

However, there are many shortcomings in the existing fully automatic biochemical analyzers. During the operation of the existing biochemical analyzers, the reaction disc rotates one revolution, and only one sample and one reagent can be added, which makes the test speed slow. High, especially when there are many samples to be tested, it cannot meet the demand

Images