Remote acquisition device and method for microscopic images of fungal spores in air

Abstract

The invention provides a remote acquisition method for microscopic images of fungal spores in air. A glass slide can be replaced automatically, and uniform coating of a spore adsorbent can be completed automatically; different capture time can be set when the spores in air are captured, the microscopic images can be collected in real time when the fungal spores are enlarged by 100-400 times according to the need, and remote wireless transmission of the image information can be achieved through the wireless transmission technology. Solar energy is used for supply power so as to achieve continuous monitoring of the fungal spores. The invention further provides a device for implementing the method. The device includes a glass slide taking device, a carrier platform, a greasing device, a sporecapturing airway device, a microscopic imaging device and a solar power supply module. The device is integrated with a wireless communication module to achieve remote wireless communication of imageinformation. The collection device and method can achieve remote monitoring of the fungal spores in air.

Description

technical field [0001] The invention belongs to the technical fields of intelligent agriculture and biological sciences, and in particular relates to a remote collection device and method for microscopic images of fungal spores in the air. Background technique [0002] The remote collection device for microscopic images of fungal spores in the air is an instrument used for monitoring and forecasting of plant fungal diseases. The number of fungal spores can provide basic data for the prediction and forecast of plant fungal diseases, and is an important basis for early formulation of correct control strategies and adoption of control measures. [0003] With the update and popularization of spore traps, spores of airborne plant pathogenic fungi are mostly sampled and monitored by spore traps. However, in the process of capturing fungal spores in the field, in many cases, the measuring points of the spore traps are scattered, unattended, large in number and remote in location. ...

AI Technical Summary

Problems solved by technology

[0004] The Chinese application number submitted by the inventor Luo Luoping is 201010178307.2, and the application date is May 21, 2010. The invention named "integrated intelligent spore capture device" provides a device for automatically capturing spore images, but the capture device The plastic belt is used as the spore capture carrier. Since the spore volume is only micron in size, it needs to be magnified more than 100 times by an optical microscope to be visually visible. Tests have shown that the plastic belt is easy to deform, resulting in uneven surfaces. , The depth of field becomes smaller, and it is easy to fail to focus when automatic microscopic imaging of different areas of the plastic belt, resulting in blurred image areas

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