Full-automatic coagulate blood analytical instrument and using method thereof

Abstract

The invention discloses a full-automatic coagulate blood analytical instrument and a using method thereof. The instrument comprises a sample position module, a reagent position module, an incubation detection module, a gripper module, a cupping module, a needle movement module, a light source module, a pump station module, a consumable module, a power source module and a cuboid-shaped frame body composed of six faces of a front face, back face, left side face, right side face, top face and bottom face, wherein the center in the frame body is provided with a main cavity, the sample position module, the reagent position module, the incubation detection module, the gripper module and the needle movement module are all located in the main cavity, the left side face of the frame body is provided with a left side cavity, the pump station module is located in the left side cavity, the right side face of the frame body is provided with a right side cavity, the consumable module and the light source module are located in the right cavity, the cupping module is located in the right side cavity and penetrates into the main cavity, the back face of the frame body is provided with a back cavity, the power source module is located in the back cavity, and through the synergy of the modules, the full-automatic coagulation analysis is achieved.

Description

technical field [0001] The invention relates to the field of medical devices, in particular to an automatic coagulation analyzer and a method for using the same. Background technique [0002] Currently on the market, in the field of coagulation function testing, there are two types of semi-automatic and fully automatic coagulation analyzers. The interior of the semi-automatic coagulation analyzer is generally equipped with modules such as a sample incubation area, a detection area, a display area, and a printer. Other samples and reagents require personnel to use a sample gun to add the test cup, and manually put the test cup filled with complete samples or reagents into the corresponding area for incubation and detection. The semi-automatic coagulation analyzer now mainly has a slow test speed. It consumes a lot of labor costs and is not suitable for the requirements of large sample testing and quick results. [0003] The existing automatic coagulation analyzer has indepe...

AI Technical Summary

Problems solved by technology

Due to the advantages of small manual workload, low labor cost, and faster testing speed, automatic coagulation analyzers are widely used. However, most of the existing automatic coagulation analyzers still have cumbersome internal partitions, resulting in three-dimensional space in multiple areas. Frequent crossover operation requires high software scheduling processing, which not only affects the test speed of the instrument, but also easily breaks down during instrument operation, which will also cause inaccurate test results, high maintenance rate, difficult maintenance, high cost, poor user experience, etc. There was a problem

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