Pest repelling device based on microorganism

Abstract

The invention discloses an insect repelling device based on microorganisms, which comprises an upper functional module and a lower walking module, the functional module is connected with the walking module through an upper telescopic module, and the functional module includes an infrared imaging module for detecting pests , a wind direction sensor for detecting wind direction, a wind speed sensor for detecting wind speed, a biological insect repellent module for expelling pests, a storage module for storing pest information database and data processing formulas, an operation module for calculation, A power supply module and a control module that provide electric energy for the insect repellent device, and the control module is respectively connected with the upper telescopic module, infrared imaging module, wind direction sensor, wind speed sensor, biological insect repellent module, walking module, storage module, computing module and power supply The modules are connected. The intelligent insect repelling device of the present invention is ingenious in design, easy to use, has little impact on the environment and ecology, has a high degree of intelligence, and is suitable for popularization and use in the field.

Description

technical field [0001] The invention designs an insect repelling device, and in particular relates to a microorganism-based insect repelling device. Background technique [0002] With the development of technology, more and more food safety issues have been exposed on the Internet. Food safety is not only related to people's health, but also related to the people's livelihood and the stability and development of society. In today's agricultural production, in order to pursue high yields, chemical fertilizers are generally used to increase production during planting, and pesticides are used to kill insects to avoid pests from affecting yields. However, pesticides will remain on crops. When farmers harvest and sell, they will still remain on agricultural products. After people buy and eat It will enter the human body, and after being enriched to a certain amount, it will eventually cause a variety of diseases in the human body, affecting human health and life; while pesticides...

AI Technical Summary

Problems solved by technology

In today's agricultural production, in order to pursue high yields, chemical fertilizers are generally used to increase production during planting, and pesticides are used to kill insects to avoid pests from affecting yields. However, pesticides will remain on crops. When farmers harvest and sell, they will still remain on agricultural products. After people buy and eat It will enter the human body, and after being enriched to a certain amount, it will eventually cause a variety of diseases in the human body, affecting human health and life; while pesticides kill pests, they also kill other organisms, destroy the ecological environment of farmland, and affect the number and population of species , destroying the biodiversity of farmland and polluting the environment; even after long-term use of pesticides, the pests have developed resistance and are difficult to kill, thus increasing the amount of pesticides used will lead to more pesticide residues and more serious biological resistance, forming malignant cycle

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