Reaction cup loading device

Abstract

The invention discloses a reaction cup loading device which comprises a base, a hopper arranged on the base, a direction adjusting structure arranged in the hopper, and a lifting mechanism arranged on the base and lifting a reaction cup from the bottom of the hopper to the direction adjusting structure. The direction adjusting structure comprises a direction adjusting groove and a direction adjusting groove cover detachably connected with the direction adjusting groove and covering an opening of the direction adjusting groove, width of the direction adjusting groove is greater than outer diameter of a cup body of the reaction cup and less than outer diameter of a flange of the reaction cup, the direction adjusting groove inclines from one end close to the lifting mechanism to one end away from the lifting mechanism towards the bottom end of the hopper, an outlet for the reaction cup to pass is arranged at one end, away from the lifting mechanism, of the bottom of the direction adjusting groove, the lifting mechanism comprises a lifting groove containing the reaction cup and capable of being communicated with the direction adjusting groove in the hopper, and the lifting groove inclines from one end away from the direction adjusting groove to one end close to the direction adjusting groove towards the bottom end of the hopper. By using the reaction cup loading device, convenience is brought to solve the fault of pipe jamming, and lowering of using efficiency of a detection instrument due to solving of the fault of pipe jamming is avoided.

Description

technical field [0001] The present invention relates to the technical field of in vitro diagnosis, and more specifically relates to a cuvette loading device. Background technique [0002] In the in vitro diagnostic industry, inspection instruments usually involve various reaction tests, and reaction tests require a suitable place, and cuvettes are usually selected as reaction containers. Such as figure 1 As shown, the reaction cup includes a cup body and an annular flange located outside the cup body. The bottom end of the reaction cup is heavier, the flange is close to the top of the cup body, and the outer diameter of the flange is larger than that of the cup body. outside diameter. [0003] The cuvettes are produced by injection moulding, and usually the cuvettes produced are haphazard and then directly bagged. During the test, it is necessary to transport the messy cuvettes one by one to the inspection instrument in time for the test. [0004] At present, some testin...

AI Technical Summary

Problems solved by technology

For the testing instruments in the in vitro diagnostic industry, when the machine is turned on again, it needs to start self-test, fill the pipeline, adjust the adaptive temperature of each position, and reset each structure. The self-test process of the instrument will consume a lot of time. This will lead to a reduction in the efficiency of the test equipment

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