Composite type pest light control device and control method

Abstract

The invention discloses a composite type pest light control device and a control method, and relates to the technical field of pest control devices. The composite type pest light control device comprises a base, a supporting column and various pest-sticking color plates, the supporting column is fixedly connected to the base, and a low-pressure sodium lamp and a color plate frame are fixedly arranged on the supporting column; the multiple pest-sticking color plates are used for being detachably connected to the color plate frame and close to the low-pressure sodium lamp, the same pest-sticking color plates are the same in color, the different pest-sticking color plates are different in color, and at least one pest-sticking color plate is connected to the color plate frame. According to the tending color of pests in the control place, the pest-sticking color plates with the same color as the tending color are installed on the color plate frame, the number of the pest-sticking color plates of the same kind is in positive correlation with the number of the corresponding pests, and the low-pressure sodium lamp is in a turned-off state in the day and in a turned-on state at night. According to the composite type pest light control device and the control method, various pests can be controlled, the control effect is good, the influence on plants can be reduced, and light pollution to the environment is reduced.

Description

technical field [0001] The invention relates to the technical field of pest control devices, in particular to a compound pest light control device and a control method. Background technique [0002] Insects are generally photosensitive. The insects’ perception of light waves mainly depends on the visual pigments in the compound eyes. Most insects have two visual pigments. One pigment can accept greenish-yellow light with a wavelength of about 550nm, and the other pigment can accept light with a wavelength of 480nm. The following UV-blue-violet light. The development of light control devices using insects' response to light waves has always been a means of agricultural pest control and one of the important methods of pollution-free control technology, which has a history of many years. [0003] Lamps designed using the principle of insects' tendency to light mainly include black light lamps (ultraviolet or near-ultraviolet bands), frequency vibration insecticidal lamps, high...

AI Technical Summary

Problems solved by technology

[0004] However, the anti-moth lamps currently on the market are generally LED lights, which have certain shortcomings. First, LED light has a wide spectrum range. Long-term exposure will affect plants, and there is a certain degree of light pollution. Second, it will also cause spectral drift. , affecting the effect of pest control. Third, LED light has poor penetration, low light efficiency, and fast light decay. In addition, the current anti-moth lamp design has a single prevention and control function.

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