Animal monitoring device for embankments

1、Animal monitoring device for embankments Product Applications

Common burrowing animals that damage water conservancy dams and embankments include badgers, foxes, and rats. Because these animals are typically found in areas with dense vegetation, and due to their natural needs for nesting, foraging, or avoiding predators, earthen dams often become frequent activity areas for wildlife. These animals dig burrows, feed, inhabit, and travel across the dam structures.These animal activities cause a series of problems for earthen dams; their burrows compromise the integrity of the embankment, weaken its flood resistance, and can even lead to dam failure.Therefore, this intelligent AI monitoring system for dam-damaging animals can effectively identify and deter these animals, preventing them from nesting and engaging in other destructive behaviors on critical dam projects.

2、Animal monitoring device for embankments Product Features:

1.Infrared thermal imaging camera accurately identifies heat sources of burrowing animals, avoiding false triggers.

2.AI visual intelligent recognition processes data using target detection algorithms for precise identification and intelligent control.

3.AI local deployment improves data security and reduces network dependency, allowing for normal operation even offline.

4.Independently developed embedded board based on the latest domestic AI recognition chip offers superior performance and stable supply.

5.Distributed deployment allows for the installation of wireless deterrents along the desired dispersal path.

6.Wireless deterrents: 6-channel ultrasonic dispersal, 360-degree coverage, range 0-10m.

7.Customizable communication protocols support hydrological standards and meet the data security requirements of water conservancy monitoring platforms.

3、Animal monitoring device for embankments Technical Principles

Utilizing intelligent AI recognition technology, the system triggers wireless deterrents via a smart gateway. It employs a dual technology approach combining ultrasound and infrared thermal imaging.When a pest animal enters the detection range, the AI ​​camera immediately captures its body temperature and movement signals, automatically triggering a high-frequency ultrasonic mode.This non-contact method is imperceptible to humans but effectively disrupts the animal's auditory and visual systems, causing them to instinctively avoid the area, thus providing long-term protection.

4、Animal monitoring device for embankments Technical Specifications

Intelligent Recognition Terminal:

1.Power supply: 12.6V/2A, power consumption: 5W.

2.2-megapixel infrared thermal imaging camera.

3.Solar powered/DC 12.6V.

Wireless Dispersal Device:

1.Power supply: 5V/0.2A, power consumption: 0.5W.

2.Solar powered/Battery.

5、Animal monitoring device for embankments Software Introduction

The visual cloud platform, based on satellite GIS imagery maps, displays the location and status of monitoring points, and shows monitoring statistics and today's alarm list.Monitoring point status is divided into normal and alarm; normal monitoring points are green, and alarm monitoring points are red.Monitoring statistics include monitoring point statistics, equipment status statistics, and termite infestation alarm statistics.The today's alarm list displays all alarm records for the day.

Hovering over a monitoring point icon displays a small pop-up window showing the monitoring point name, termite infestation status and latest monitoring value, equipment voltage status and latest monitoring value, and the latest monitoring value of the temperature inside the box.

Clicking on a monitoring point icon displays the monitoring point name, supports quick and custom queries, and allows switching between monitoring elements.

1.The termite visualization cloud platform is compatible with both PC and mobile app versions;

2.Supports termite monitoring equipment management for various application scenarios such as water conservancy dams, river embankments, landscaping, building construction, cultural heritage buildings, and irrigation canals;

3.Features data management and real-time termite invasion early warning functions for the latest AI visual recognition equipment, and remote pest control functions;

4.The visualization platform features GIS map annotation of monitoring points, monitoring trend graph display, and equipment status (with termites, without termites, offline, etc.);

5.Provides termite control work order management, including issuing inspection work orders, and uploading on-site equipment photos and videos;

6.Includes statistical functions for reservoirs, embankment surveys, and termite damage levels, with reporting and verification mechanisms for different management permissions;

7.Provides functions for querying, modifying, statistically analyzing, archiving, and exporting monitoring information and control and maintenance records;

8.Displays the real-time status of monitoring points (e.g., no termites, termites present,
in the process of extermination, exterminated, online, offline, damaged, battery level, temperature and humidity, etc.) and coordinate display;

9.Termite infestation triggers support software platform warnings, mobile app linkage warnings, and SMS warnings;

10.The visualization platform provides batch control functions for mobile alarms and parameter settings of termite monitoring equipment.