Crawler-type multi-project immunochromatography quantitative analysis system

Abstract

A crawler-type multi-item immunochromatography quantitative analysis system of the present invention comprises a base and a casing, a conveyor belt is fixed horizontally inside the base, and a number of evenly arranged reagent clamping positions are provided; the casing includes bayonet inlets, The bayonet, input port and setting are connected with the touch display on the top, the touch display is connected with a controller, and the controller is connected with a quantitative analysis unit that can analyze each detection card transmitted to its working position, and the conveyor belt The two ends correspond to the bayonet inlet and the bayonet outlet respectively. The lower end of the bayonet inlet is equipped with a card pushing device controlled by a controller on one side of the conveyor belt. The quantitative analysis unit is located above the card outlet end of the conveyor belt. The equipment can perform multiple Different items can be tested, and samples can be added continuously to adapt to batch testing, which greatly reduces the workload of operators and improves work efficiency.

Description

technical field [0001] The invention relates to a crawler-type multi-item immune chromatography quantitative analysis system. Background technique [0002] The concept of POCT was introduced into China in 2004. It was not until 2014 that the National Standardization Committee officially implemented the "GB / T29790-2013 Requirements for Instant Detection Quality and Ability". Most of the quantitative immunoassay analyzers in the world are simple single-item interpreters, most of the experimental steps need to be manually operated, and the equipment only performs quantitative interpretation of the results and issues reports. The technical equipment is composed of a computer, a monitor, a color interpretation module and a printer device. The equipment performs quantitative analysis of the color concentration of the reagents that have displayed the results, and then prints a report of the analysis results. Problems and shortcomings of this technology: 1. Only one item can be qua...

AI Technical Summary

Problems solved by technology

Problems and shortcomings of this technology: 1. Only one item can be quantitatively analyzed at a time, which is not suitable for batch testing. The equipment cannot distinguish the testing items, and the operator needs to manually input or select the testing items.

2. Only the quantitative analysis and reporting of the test results are carried out. The steps of the reaction and timing of the experiment still need to be manually operated. The workload of the operators is heavy, and it is easy to miss the best interpretation time, resulting in incorrect interpretation results.

3. The equipment does not have the function of remote transmission and monitoring of monitoring data and operating status

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