Mealybug detection treatment device

Abstract

The invention provides a mealybug detection treatment device. The device is used for fruit and vegetable quarantine treatment. The device comprises a base, a detection assembly, a radiation assembly,a first housing and a second housing. Fruits and vegetables are arranged on the base; the detection assembly is arranged on the base and used for detecting mealybugs on the fruits and vegetables; theradiation assembly is arranged on the base, located at one side of the detection assembly and used for conducting radiation treatment on the mealybugs; the first housing is arranged at the outer sideof the detection assembly; the second housing is arranged at the outer side of the radiation assembly. According to the mealybug detection treatment device, by using a structure combining the detection assembly with the radiation assembly, the detection and treatment continuity can be improved, the labor intensity is lowered, and accordingly the fruits and vegetables are subjected to quarantine detection; the aim of inhibiting the fecundity of the mealybugs is achieved, the fruits and vegetables can also be quickly and accurately examined before radiation treatment, and detection automation and convenience are achieved.

Description

technical field [0001] The invention relates to mealybug processing technology, in particular to a mealybug detection and treatment device. Background technique [0002] Mealybugs belong to the "People's Republic of China's List of Entry Phytosanitary Pests" and are mainly intercepted by quarantine in imported fruits. Mealybugs are mainly distributed in tropical areas and are highly dangerous pests that require quarantine measures. The commonly used quarantine treatment method is the use of methyl bromide fumigation and other treatment measures, but it has a certain impact on the fruits and vegetables themselves, while the emerging quarantine treatment method irradiation treatment has high treatment efficiency and high effect, and has little impact on the fruits and vegetables themselves, but the existing radiation treatment. The treatment measures cannot be adjusted in real time according to the situation of mealybugs and other pests, which wastes resources and has poor ad...

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Problems solved by technology

The commonly used quarantine treatment method is the use of methyl bromide fumigation and other treatment measures, but there is a certain impact on the fruits and vegetables themselves, while the emerging quarantine treatment method, irradiation treatment, has high treatment efficiency and high effect, and has little impact on the fruits and vegetables themselves, but the existing radiation treatment According to the treatment measures, it cannot be adjusted in real time according to the situation of mealybug and other pests, which wastes resources and is not very adjustable.

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