A kind of tobacco pathogen solution mixing microscopic device and its control method

Abstract

The invention relates to a tobacco pathogen solution mixing microscopic device and a control method thereof, comprising: a mixing mechanism and a micro-mechanism. There is a diversion assembly, the bottom of the diversion assembly is connected with a collector, the diversion assembly includes several transfer mechanisms, one side of the transfer mechanism is connected with a first diversion channel through a first hinge, and the other side of the transfer mechanism is connected with a second hinge through a second hinge. The shunt channel and the transfer mechanism can swing, and the mixing mechanism is connected with a micro mechanism. The micro mechanism includes an observation platform and a microscope. The bacteria solution in the mixer circulates through the solution cavity, and the bacteria solution in the solution cavity can be observed in real time through a microscope, and effective targeted treatment of bacterial wilt can be carried out according to the observation results.

Description

technical field [0001] The invention relates to the field of tobacco pathogen observation and analysis, in particular to a tobacco pathogen solution mixing microscopic device and a control method thereof. Background technique [0002] Tobacco bacterial wilt, also known as mucus disease, smoke plague, half madness, is a disease that occurs on tobacco caused by the infection of Ralstia solanacearum. Tobacco bacterial wilt is a typical vascular disease, which can damage roots, stems, and leaves. The most typical symptom is withering. In places with high temperature, when the seedbed is watered more or the soil moisture content is high, tobacco seedlings at the cat ear stage ( 5-6 true leaves) will be obviously morbid, and cause the death of large pieces of tobacco seedlings during the seedling stage. However, in most areas, the temperature in the seedling raising stage is relatively low, although the infection does not show symptoms, and the disease mainly occurs in field toba...

AI Technical Summary

Problems solved by technology

[0003] During the mixing process of the traditional germ solution, there is no transfer mechanism, and the transfer mechanism cannot swing through the hinges, and the germ solution in the transfer mechanism cannot be shaken, and the mixing effect is poor. In addition, the traditional mixing device is carrying out the germ solution During the mixing process, the mixing result cannot be monitored in real time, which may easily cause the mixed sample to lose its analytical value, and it is difficult to form a targeted control of bacterial wilt according to the analysis result

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