What are the functions of insect monitoring equipment?

In the rapid development of modern agriculture, pest monitoring equipment, with its innovative technology and powerful functions, has become a strong tool for agricultural pest management. This smart device, which integrates advanced technologies such as optics, electronics, and numerical control, is transforming traditional pest control methods and bringing unprecedented convenience to agricultural production.

 I. Intelligent Attracting and All-weather Protection 

Intelligent Attracting Function: The pest monitoring device uses specially designed attractant light sources to effectively attract various pests. These attractant lamps are designed with scientific wavelengths to simulate the lighting environment that insects prefer, drawing pests to the device. The application of light-control technology allows the device to automatically adjust its working state according to the external light conditions. It switches to standby mode during the day, while automatically turning on at night to ensure the device operates around the clock.

 Anti-interference Ability: Even when encountering sudden strong light interference, the device can maintain stable operation, ensuring continuous and accurate pest monitoring.

II. High-efficiency Killing, Ensuring Sample Quality 

Double-layer Treatment Compartment: The device has a two-layer far-infrared pest body treatment compartment inside to efficiently kill attracted pests. After special treatment, the pest mortality rate can reach 98%, while ensuring that the integrity of the insect body is maintained at no less than 95%. This design not only provides high-quality samples for subsequent insect species identification and specimen preservation, but also greatly improves the accuracy and reliability of pest monitoring.

 III. Rain-insect Separation, Ensuring Identification Accuracy 

Rain-insect Separation Technology: In response to the variable natural environment, the pest monitoring device cleverly integrates rain-insect separation technology. The device has an automatic drainage system that activates when it rains and separates the rainwater from the insects. After the rain stops, the device automatically detects the environmental conditions to determine whether it is suitable to continue working, ensuring the accuracy of monitoring and identification.

 IV. Louver Protection, Pure Sample Collection 

Louver Structure: To ensure the purity of insect samples, the device is designed with a louver protection structure around the attractant lamp. This structure effectively prevents non-target insects and debris from entering the device, avoiding interference with the insect sample identification process and providing more precise samples for subsequent insect classification and research.

 V. High-definition Imaging, Detailed Capture 

High-definition Camera: The pest monitoring device is equipped with an HD camera that can take real-time photos of each insect, ensuring that every detail of the insect body is captured. The image quality is sufficient to support manual identification and insect classification. The conveyor belt design inside the device ensures that the insects are laid flat for easy photographing, ensuring that the characteristics of each insect are clearly visible and providing valuable data for academic research. 

VI. Positioning and Tracking, Simplified Management 

Positioning Function: The device also features a positioning function that can upload its working status and location to the platform in real-time. Users can easily view the device's distribution and operation status through the platform, further simplifying pest monitoring management. 

VII. Touch Control, Convenient Local Operation

 Android Touchscreen: The device is equipped with a 10-inch Android touchscreen, allowing users to perform local operations and settings through a simple and intuitive interface. The screen displays real-time information such as the device's working mode, temperature and humidity data, and light intensity, making it easier for users to monitor and adjust the device’s status.  

Three Main Working Principles of Pest Monitoring Equipment: 

1. Light-control Principle: The device automatically adjusts its working state based on the environmental light intensity. It turns off the light during the day and automatically turns on at night, ensuring all-weather operation. 

2. Time-control Principle: Users can set multiple working time periods as needed. The device starts automatically according to the schedule and enters standby mode after the work period ends, flexibly adapting to different operational requirements. 

3. Rain-control Principle: The device has an integrated rain sensor system that automatically detects rainwater and activates the drainage function to prevent rainwater from interfering with the normal operation of the device, ensuring data accuracy.

 Structural Design of Pest Monitoring Equipment: 

The overall structure of the pest monitoring equipment is divided into three parts: 

- Upper part: The trapping device, including attractant light tubes, impact screens, and insect-catching funnels.

- Middle part: The processing cabinet, including a double-layer far-infrared insect treatment compartment.

- Lower part: A specialized insect body collection and drainage drawer structure.

The device is made of stainless steel, which is highly corrosion-resistant and has a sturdy structure, making it suitable for various complex outdoor environments. 

Application of Smart Remote Pest Monitoring System: 

The smart remote pest monitoring system is widely used in agriculture, forestry, horticulture, and research fields. Its efficient and precise pest monitoring functions provide early warnings for pests affecting vegetables, grains, fruit trees, and other crops, enabling timely control measures and significantly reducing pest damage in agricultural production. Through an IoT platform, users can view pest monitoring data anytime and anywhere and conduct pest analysis and forecasting.

Conclusion: 

Pest monitoring equipment represents the cutting edge of modern agricultural technology. Through various intelligent control methods such as light control, time control, and rain control, combined with high-definition imaging and precise recognition technologies, it not only improves the efficiency of pest control but also promotes the green and intelligent development of agricultural production. As technology continues to progress, pest monitoring devices will become more intelligent, becoming an indispensable "smart guardian" in agricultural production. 

In conclusion, pest monitoring equipment not only enhances the accuracy and efficiency of pest monitoring but also provides a strong guarantee for the sustainable development of agricultural production. Through continuous technological innovation and upgrades, pest monitoring equipment will help agriculture achieve higher production efficiency and lower environmental impact, making greater contributions to global food security and environmental protection.