System for measuring photosensitive behavior of conopomorpha sinensis

Abstract

The system comprises a test assembly and a regulation and control assembly used for regulating the test environment, the test assembly comprises a test box body, a box cover and a time control light source mechanism, a connecting shaft is arranged in the box body in the axis direction, the connecting shaft is of a hollow structure, and the connecting shaft is connected with the test box body through a connecting rod. A plurality of partition plates are arranged on the connecting shaft at intervals in the circumferential direction, the partition plates divide the interior of the box body into at least two test cavities, the test cavity is formed between any two partition plates, the free ends of the partition plates abut against the inner wall of the box body, the test box body is divided into a plurality of parts through the partition plates, and therefore the test conditions are the same; reliable single test comparison is facilitated, accurate test data can be obtained, test time and resource investment can be greatly saved, multiple illumination intensity areas are provided, a light sensing area is more reasonable, a light sensing path is appropriate, an experiment result is more reliable, and large scientific research test and scientific value is achieved.

Description

[0001] Application field [0002] The invention relates to the field of insect behavior testing, in particular to a system for measuring photosensitive behavior of litchi pedicle borers. Background technique [0003] Experiments on photosensitive behavior of litchi pedicle borers have been carried out for many years, and the academic value and economic benefits of such experiments are very high. The purpose of the experiment includes observing the photosensitive behavior of the litchi pedicle borer, and determining the sensitive light wavelength of the litchi pedicle borer, so as to guide the relevant application fields of the photosensitive research of the litchi pedicle borer. [0004] At present, the traditional test device mainly has the following deficiencies: first, the light source device is huge and complicated, and the imported set of optical filters is used. The price of the whole test device is very high, and only a few units can afford it; Setting more test variab...

AI Technical Summary

Problems solved by technology

[0004] At present, the traditional test device mainly has the following deficiencies: first, the light source device is huge and complicated, and the imported set of optical filters is used. The whole set of test device is expensive, and only a few units can afford it; Setting more test variables related to the light source will affect the test effect; third, the laboratory equipment and research results cannot be extended to the field test and verified by the natural environment, and it is even more impossible to transplant to the practical application of insect trapping lamp products; fourth is The lighting area for trapping insects in the test device is unreasonable, and the photosensitive path is too short. The litchi pedicle borer immediately enters the light area with the highest light intensity from the dark area with almost zero light intensity, and its photosensitive behavior is very different from that in the natural field environment. , so it is difficult to repeat the field test, which also affects the scientific value of the scientific research test; fifth, the device can only do a single test, and cannot conduct a comparative test consisting of multiple single tests at the same time. In many cases, a comparative test is necessary, such as for Under the exact same experimental conditions, the photosensitivity responses of litchi pedicle borers of the same species but different genders, litchi pedicle borers of the same species but different ages, and litchi pedicle borers of the same species but different hatching groups were studied at the same time, and multiple single projects were carried out at the same time. The important academic significance of the test lies in the fact that the test conditions are the same, which is conducive to reliable single test comparison, and the economic significance lies in saving time and resource investment

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