Automatic grading device of botrytis of solanaceous vegetables

Abstract

An automatic grading device of botrytis of solanaceous vegetables. The automatic grading device of botrytis of solanaceous vegetables is characterized in that the automatic grading device of botrytis of solanaceous vegetables comprises an annular track and semicircular ramps of which the number is equal to the grading number; each one of the semicircular ramps is connected with the two sides of the annular track; each one of the semicircular ramps is installed with a first position sensor and a labeling machine; a trigger end of the first position sensor has a linkage relationship with a starting switch of the labeling machine; a connection part of the annular track and each one of the semicircular ramps is provided with an orbital transfer mechanism; the orbital transfer mechanism has a linkage relationship with a shifter lever having a reset function; the annular track is installed with a track trolley for loading potted solanaceous vegetables; a starting end of the annular track isinstalled with a second position sensor; a high spectral camera shooting assembly for identifying grades of botrytis of solanaceous vegetables through a high spectral technology is installed above the second position sensor; the high spectral camera shooting assembly is connected to an intelligent control module; and the intelligent control module is connected to an action end of the each shifterlever. The automatic grading device of botrytis of solanaceous vegetables has the advantages of high grading speed, no destructive effects, low cost, high efficiency and no damage on the environment.

Description

technical field [0001] The invention belongs to disease detection equipment of Solanaceae vegetables, in particular to an automatic grading device for botrytis cinerea of ​​Solanaceae vegetables. Background technique [0002] In the process of agricultural production, maintaining the healthy growth of crops is the key to the final yield and quality assurance. Crop diseases are one of the important factors restricting the stable development of agriculture. Crop diseases may not only lead to yield reduction and crop quality decline, but also lead to a large and completely unnecessary increase of pesticides and other pesticides, thereby increasing the cost of agricultural production and causing serious environmental pollution. In field vegetable production, especially in the cultivation process of protected vegetables, botrytis cinerea of ​​tomato, eggplant and other vegetables is a devastating disease in current vegetable production. The main symptom of the disease is to har...

AI Technical Summary

Problems solved by technology

Crop diseases may not only lead to yield reduction and crop quality decline, but also lead to a large and completely unnecessary increase of pesticides and other pesticides, thereby increasing the cost of agricultural production and causing serious environmental pollution

In field vegetable production, especially in the cultivation process of protected vegetables, botrytis cinerea of ​​tomato, eggplant and other vegetables is a devastating disease in current vegetable production. It is characterized by gray mold on the diseased part under humid conditions The main symptoms of the disease are damage to flowers, fruits, and leaves and cause rotten melons and fruits.

At present, due to the lack of disease-resistant varieties, the control of Botrytis cinerea in Solanaceae vegetables should first do a good job in the early stage of prevention and control before or at the early stage of the disease, and can not wait until the disease spots appear before applying pesticides, so the control effect is not ideal. To put prevention first, comprehensive prevention and control

Nowadays, the research on forecasting and prevention technology of Botrytis cinerea is still a weak link, and the main method to deal with this disease is only the control of chemical agents. Due to the frequent application of pesticides, the result is that Botrytis cinerea has increased resistance to pesticides, and the problem of pesticide pollution is serious.

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