Insect condition prediction device

Abstract

The invention discloses an insect condition prediction device. The insect condition prediction device comprises an insect receiving pocket, vibration devices, a control center and a photographing system, wherein the insect receiving pocket is provided with one or more vibration devices which can be used for scattering and paving insects in a vibrating way; a conveying belt for conveying the insects is arranged below the insect receiving pocket, and is used for conveying target insect bodies and taken as a photographing background plane at the same time; and the control center is used for controlling running of a whole system, and uploading detected data to a server side through wireless or wired equipment of the system in order to realize remote operation and control. The insect condition prediction device has the advantages of clear photographing features, accurate image recognition, convenience in counting, high intelligent degree, easiness and convenience in manual maintenance and easiness in keeping clean; insects on the insect receiving pocket uniformly fall onto the conveying belt through an insect-scattering vibrating mechanism on the insect receiving pocket; and clear image and data uploading is finished by controlling the whole process through a program. The insect condition prediction device is provided for engineering technical personnel in the field of insect condition prediction.

Description

technical field [0001] The invention relates to the field of insect situation monitoring and reporting, in particular to an insect situation monitoring and reporting device. Background technique [0002] Most of the existing insect detection and reporting lights use fixed insect storage tanks to collect the caught insects. Due to the space limitation of the machine itself, the number of insect storage tanks in the machine is generally less than 10, even if one tank is used for one night , It also requires manual maintenance at least once a week to empty the insect storage tank, otherwise the insects will overflow and damage the equipment; and the insects are placed in the instrument for a long time, which is easy to rot and smell, which brings great inconvenience to manual maintenance; And in some places, when there are more insects, one insect storage tank will be full in one night, and the equipment itself is not so smart, and it cannot switch automatically, which will als...

AI Technical Summary

Problems solved by technology

[0002] Most of the existing insect detection and reporting lights use fixed insect storage tanks to collect the caught insects. Due to the space limitation of the machine itself, the number of insect storage tanks in the machine is generally less than 10, even if one tank is used for one night , It also requires manual maintenance at least once a week to empty the insect storage tank, otherwise the insects will overflow and damage the equipment; and the insects are placed in the instrument for a long time, which is easy to rot and smell, which brings great inconvenience to manual maintenance; And in some places, when there are a lot of bugs, a bug storage tank will be full in one night, and the equipment itself is not so smart and cannot switch automatically, which will also cause bugs to overflow

[0003] The above points will lead to problems such as heavy manual workload, difficult cleaning, and high machine failure rate.

Moreover, in the existing insect storage tanks, the insects are stacked together. Although photos can also be uploaded, all the insects are stacked together, which brings great inconvenience to the identification and counting of insect types. If you need to rely on the uploaded photos to identify the specific time The types and quantities of bugs captured by Duan Catch are basically not operable at all

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