Blood type serology automatic detection all-in-one machine

Abstract

The invention provides an all-in-one blood type serology automatic detection machine, which is characterized in that it includes a base, and the base is provided with a large beam, a blood sample rack, a reagent blood preparation rack, a test tube rack, a micro-column gel card rack, a centrifuge machine, a test tube method detection device, and a micro-column gel method detection device. A first small beam and a second small beam that are perpendicular to the large beam are respectively provided at both ends of the large beam. The first small beam and the second small beam are The two small crossbeams can make left-right linear motion on the large crossbeam. The first small crossbeam is provided with a sample suction needle device, and the second small crossbeam is provided with a manipulator. The sample suction needle device can be moved on the first small crossbeam. The cross beam can perform linear motion in the left and right directions, and the manipulator can perform linear motion in the left and right directions on the second small cross beam. The blood type serological automated detection all-in-one machine of the present invention has an ingenious structure and is easy to control. Through various improved coordination, it can perfectly combine the test tube method and the micro-column gel method equipment.

Description

technical field [0001] The invention belongs to a blood type serology automatic detection integrated machine. Background technique [0002] The detection methods of blood group serology are roughly divided into two categories, one is manual method, and the other is automatic instrument method. Most of the detection principles are based on the agglutination reaction of antigens and antibodies, and the results of the experiment can be judged by manual observation or instrument detection of the agglutination state. Manual methods include test tube method and glass slide method. The accuracy of observation depends on the accumulation of experience and the accuracy of the processing process. For weak agglutination reactions, other tools (such as microscopes) are needed to judge. There are roughly two detection methods for the instrument. One is to use the micro-column gel card as a carrier. In the gel micro-column medium, the red blood cell antigen is combined with the correspon...

AI Technical Summary

Problems solved by technology

At present, the test tube method and microcolumn microcolumn gel method are the most commonly used. For different samples or test purposes, the two are usually separated. Testing institutions usually need to purchase test devices separately, which is expensive and occupies an area. Large, scattered data, difficult to manage, therefore, people need to find a more suitable method and equipment to solve these problems

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