Physical prevention and control method and application for efficiently trapping and killing small pests
A pest and insect trap lamp technology, which is applied in the device, application, animal husbandry and other directions of catching or killing insects, can solve the problems of large number of field layouts, killing natural enemies, large power consumption, etc., and achieves low field layout density, The effect of trapping and killing efficient and resource-saving
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Embodiment 1
[0050] Example 1: Portable energy-saving insect trap lamp
[0051] An insect trap lamp that can efficiently trap and kill small pests, such as Figure 1-4 As shown, including the front color filter plate 1-1, the rear color filter plate 1-2, the slot 2-1 on the front color filter plate, the lower slot 2-2 on the front color filter plate, and the slot 2 on the rear color filter plate -3, slot 2-4 under the rear color filter plate, solar panel 3, LED light tube 4, light sensor control module 5, humidity sensor control module 6, lithium-ion rechargeable battery 7, lithium battery charging interface 8, power switch 9. Retractable fixed pole 10, pole pressing pedal 11, light sensor 12, humidity sensor 13, box body 14, power charging adapter 15, stainless steel scraper 16.
[0052] The box body is connected with the support rod, the solar panel is fixed on the top of the box body, the slot on the color filter plate is set on the upper part of the color filter plate, the lower slot ...
Embodiment 2
[0054] Example 2: The trapping effect of a portable energy-saving insect trap lamp on the small green leafhopper with false eyes
[0055] (1) Test method
[0056] The power of the LED lamp used in the test is 6W, and six color filter plates of orange red, orange red, orange yellow, golden yellow, khaki yellow and yellow green are used. The source of the tested insects was the green leafhopper with false eyes caught from the tea garden net, and the healthy and lively adults caught on the same day were selected for the test. The test environment temperature is 25±1°C, and the relative air humidity is 75±5%.
[0057] First move the adult green leafhoppers with false eyes captured from the tea garden into 0.5m×0.5m×0.5m=0.125m 3 In a white nylon net (200 mesh) with a large volume, the insects were placed in a dark place for 30 minutes before the test, and then light trapping was carried out at 10m, 15m and 20m from the center of the cage respectively with insect traps equipped w...
Embodiment 3
[0064] Example 3: The trapping effect of a portable energy-saving insect trap lamp on small green leafhoppers in tea gardens
[0065] (1) Test method
[0066] The test was carried out in the tea farm of Longquan Town, Dongzhi County, Anhui Province in late June 2018. The tea garden at the lure point was about 14±1 days after harvesting by machine, and the tea gardens were contiguous and the management level was basically the same. During the test period, there was no rain at night, the temperature was 28±2°C, and the relative air humidity was 80±5%. The power of the test LED lamp was 6W, and 6 color filter plates of orange red, orange red, orange yellow, golden yellow, khaki and yellow green were used for trapping tests, and a yellow (golden yellow) sticky insect plate was used as a control. The center of the color filter plate of the insect trap lamp is about 0.3m higher than the top of the tea tree. The distance between adjacent insect trap lights is ≥30m. The trapping li...
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