Internet of Things Pest Monitoring and Reporting Lamp - AI Recognition and Automatic Imaging

I. Product Overview 

The Insect Pest Monitoring System is a new-generation pest monitoring tool, also known as the Smart Monitoring Lamp or Intelligent Pest Monitoring Lamp. Made of stainless steel, this lamp utilizes modern optical, electrical, and numerical control technologies to achieve functions such as automatic far-infrared processing of insects, automatic conversion of insect collection bags, and automatic operation of the entire lamp. It can automatically complete system operations like attracting, killing, collecting, packaging, and draining insects without human supervision.

The system primarily utilizes modern optical, electrical, CNC technology, wireless transmission technology, and Internet of Things technology to construct an integrated pest ecological monitoring and early warning system. This system combines pest trapping and photography, environmental information collection, data transmission, and data analysis, achieving automated and intelligent functions such as pest attraction, classification and statistics, real-time reporting, remote monitoring, pest early warning, and prevention and control guidance. It features stable performance, simple operation, and flexible settings.

Section 2: Product Features

(1) Far-Infrared Treatment

Far-infrared insect body treatment, with a mortality rate of not less than 98% and an integrity rate of not less than 98%.

(2) Automatic Rain Control

Automatic rain control technology effectively separates insects from rain.

(3) Cleaning Structure

The insect collector features a vibration and sweeping structure to ensure that insects caught during each time period are not mixed.

(4) Smart Pest Identification. Remote automatic photo capture, with images sent wirelessly to the software platform, which can record the collected data images for each time period.

(5) Built-in GPS positioning system

The platform allows for remote control of set working hours and switch operations. Each device can be GPS-tracked and displayed on a map, facilitating user access and featuring anti-theft capabilities.

(6) Integrated Cloud Platform

Shijiazhuang Shengqi IoT Cloud Platform integrates solutions from various industries into one, forming an integrated Internet of Things system that encompasses data collection, remote control, data analysis, and early warning issuance, all based on the solution.

III. Working Principle

The pest monitoring and reporting lamp utilizes the characteristics of pests being attracted to light, waves, and colors by using ultraviolet light to lure pests. It gets them close to the insect-killing lamp, and then kills them using the high-voltage net around the lure lamp, causing the pests to fall into the insect-killing bag where they are killed.

(1) Principle of photocontrol operation: When the ambient illuminance is continuously ≥4 lux for one minute——the contacts controlled by the numerical control circuit break, and the alarm light is in standby mode (shut off); when the ambient illuminance is continuously <4 lux for one minute——the contacts controlled by the numerical control circuit close, and the alarm light enters the operational state (on).

(2) Rain Control Principle: When it rains (humidity > 95%), the rain control sensor receives a signal, the controller automatically activates, the drainage system goes into operation, preventing rainwater from entering the insect fall channel and directing it into the drainage channel, exiting the box from the bottom. After the rain stops, the night reporting light resumes operation, while the day reporting light remains in standby mode.

(3) Trapping Principle: Uses a light tube as an insect lure— insects fly towards it—collide with the glass screen—fall into the funnel—then into the far infrared treatment chamber.

(4) Insect Treatment Principle: Utilizing far-infrared heating to treat insects, live insects that fall in will die within 3-5 minutes. To prevent insect accumulation in the treatment chamber, the lower trap door opens at regular intervals (which can be set on the screen according to actual conditions) to collect fallen insects. The deceased insects are stored in the collection box. To ensure that insects falling later are also killed, the system is designed for two consecutive far-infrared heating treatments, with the trap doors alternating to guarantee each insect undergoes another far-infrared heating cycle.

Insect Collection Principle: The warehouse disk rotates one step daily at dawn or according to the user's set time, switching to the next insect collection box.

Section 4: Product Structure

V. Product Features

1. The overall structure is made of stainless steel, in compliance with GB/T4237.

2. Utilizing optical, electrical, and CNC technology for automatic control.

3. Full Chinese LCD control, with time-segmented control options, and both automatic and manual warehouse transfers are available.

4. Also includes manual control of functions such as changing storage bins, insect light trap switch, heating tube switch, insect storage bin emptying, and drying bin emptying.

5. Automatic insect collector conversion, eight-position automatic conversion system, ensuring that insects collected during 8 time periods are not mixed.

6. Infrared pest treatment achieves a mortality rate of not less than 98% and an intact body rate of not less than 95%.

7. Far-infrared insect body treatment chamber temperature control: reaches 85±5℃ within 15 minutes of operation, with adjustable treatment time from 1 to 60 minutes.

8. Dual-layer far-infrared insect processing chambers for more effective insect elimination and drying.

9. Light control, rain control, far-infrared pest treatment, stored by day (no need for poison bottles).

10. Automatically turns on at night and off during the day (in standby), and remains unaffected by sudden intense light to alter its working state in night operation mode.

11. Time Period Control: Can set 1~24 working time periods based on the target pest's life habits.

12. Rain Control Switch: Automatically drains rainwater, effectively separating rain bugs, leaving no noticeable water accumulation inside the box.

13. The Rain Control feature can automatically adjust the entire lamp's operation based on changes in external rainfall.

14. Lightning Protection Device: Effective against lightning strikes.

15. Enhanced with a voltage stabilization system, it can maintain a stable 220V power supply from a grid voltage range of 160V to 280V.

16. Additional parameters such as environmental temperature and humidity, soil temperature and humidity, wind direction and speed, and light intensity can be added.

17. Features power-off memory function, allowing you to complete the work before power-off before starting a new task.

This lamp is designed with technical interfaces for computer connection, allowing for the real-time input of automatically measured environmental meteorological data into the computer based on the requirements for visualization, networking, and standardization of pest situation reporting. It monitors, analyzes, and predicts the occurrence and development of insects, providing services for agricultural modernization and meeting the needs for pest prediction and collection of specimens.

Six. Platform Introduction

The area's geographical location can be pinpointed on the map through GIS mapping, clearly defining the region's position while also providing anti-theft features.

2. You can view the device's timer mode, light control, rain control, temperature control, pest drop, heating, storage door opening, signal strength, and flow usage status in real-time. This allows for an accurate understanding of the device's current working condition, enabling diagnosis, analysis, and early warnings for any issues that may arise.

3. The equipment features high and low temperature protection, which can automatically enter standby sleep mode during winter according to the user-defined thresholds. This extends the lifespan of the equipment. It supports both light control and time control timing modes, offering conventional, energy-saving, and enhanced work modes for selection. Users can set the insect fall time, heating time, and heating temperature.

4. The equipment can display the real-time status of air temperature, humidity, heating chamber temperature, rain control, temperature control, light control, latitude and longitude values, as well as data reporting time. Air temperature and humidity data are displayed in real-time, presented in the form of charts and line graphs, making it convenient for users to analyze and predict pest occurrence trends more accurately by combining them with pest occurrence situations.

Section 7: Application Site

Section 8: Application Fields

Widely used in forestry, pastoralism, agriculture, vegetables, tobacco, tea, medicinal herbs, gardens, orchards, urban greening, and quarantine. Effectively kills moth and butterfly pests on crops such as grain, cotton, fruit, flowers, tea, and grass.

◆Related Products◆

This lamp is made of stainless steel and utilizes modern light, electrical, and CNC technology to achieve functions such as automatic far-infrared treatment of insects, automatic conversion of insect collection bags, and automatic operation of the entire lamp. It can automatically complete system operations including insect attraction, insect killing, collection, packaging, and drainage without human supervision.

The Automatic Pest Alarm Lamp is specifically designed for pest monitoring in agriculture and forestry. It utilizes photoelectric technology to achieve automatic insect attraction, extermination, and separation functions.