Zwinsoft Intelligent Inspection Robot Dog

Intelligent Inspection Robot Dog

Monitoring / Inspection / Emergency Response
Smart AI · Bionic Quadruped

Product Overview

The Zwinsoft Intelligent Inspection Robot Dog is an advanced AI-powered autonomous inspection device. Built with bionic joints and a lightweight metal frame, it can navigate complex terrains such as 45-degree slopes and 0.5-meter vertical drops. It is purpose-built for inspection tasks in challenging environments, ensuring efficient monitoring and patrol performance.

Key Features

01/ Equipped with an onboard AI core to rapidly interpret surroundings, detect abnormal instrument readings and smoke through image recognition, and provide fire hazard and violation alerts.

02/ Featuring a flexible four-legged structure with an AI-driven bionic gait algorithm, it easily crosses ditches, steep slopes, and adapts to varied terrain.

03/ Supports predefined patrol routes combined with AI-powered obstacle avoidance, enabling fully autonomous inspection without human intervention.

04/ Integrates modules such as acoustic-imaging devices, infrared cameras, and LiDAR to create a comprehensive “visualized” environmental map.

05/ High-capacity batteries offer long-lasting operation on a single charge, ensuring continuous work for extended periods.

06/ Multi-modal sensor fusion supports integration of sensors for gases, particulate matter, water, sound, and more—enabling real-time monitoring of full-spectrum environmental data.

07/ Cloud collaboration and remote control capabilities allow for the real-time updating of inspection strategies and AI models, facilitating centralized and intelligent cross-regional environmental management.

Application Scenarios

With its versatility and intelligence, this product can be widely applied in environmental monitoring, water quality testing, routine patrol, and radiation emergency response.

Application 1: Environmental Monitoring | Real-Time Assessment

Equipped with sensors for gases, particulates, weather, noise, and more, it enables real-time monitoring of comprehensive ecological data. Through data fusion technology, it accurately identifies pollutant dispersion paths and abnormal environmental fluctuations.

(1) Common Pollutants

• SO₂, NOx: Major emissions from thermal power plants; real-time monitoring ensures compliance.
• 5, PM10: For detecting dust leakage (e.g., coal yards, conveyor corridors).
• CO: Byproduct of incomplete combustion; indicates boiler efficiency and safety issues.
• O₃ (Optional): A secondary pollutant, particularly monitored during high summer temperatures.

(2) Targeted Pollutants

• VOCs (Optional): Detect potential leaks in fuel storage tanks or water treatment areas.

(3) Environmental Parameters (Supporting Analysis)

• Temperature & Humidity: Affect pollutant dispersion and equipment performance.
• Wind Speed/Direction: Helps locate pollution sources, including fugitive emissions.
• Noise: Compliance monitoring at facility boundaries.

Application 2: Water Quality Testing | Precision Sampling

• Watershed Water Quality Detection
  With a robotic arm for automated sampling at varying depths, the system quickly detects multiple water quality indicators including pH, dissolved oxygen, conductivity, turbidity, ammonia nitrogen, COD, chlorophyll, and blue-green algae. Results are uploaded instantly.

Application 3: Routine Inspection | Safety Assurance

Equipped with laser gas analyzers (SO₂/NOx) and infrared thermal imaging, it visualizes hazardous gas concentrations and locations for efficient inspection.

(1) Flammable Gases

• CH₄ (Methane): Explosion risk monitoring in areas like coal bunkers and conveyor systems.
• H₂ (Hydrogen): Detects leakage risks in hydrogen-cooled generators.

(2) Toxic Gases

• H₂S: Potential leakage in desulfurization zones (e.g., gypsum slurry tanks).
• NH₃:Ammonia slip or leaks from SCR denitrification systems and ammonia storage tanks.

Application 4: Radiation Emergency Response | Rapid Alerts

Equipped with dosimeters and HD cameras, the robot conducts 24/7 continuous monitoring along preset patrol routes in radiation zones or incident hotspots. Real-time gamma radiation data is transmitted to the emergency command platform, with automatic audiovisual alarms triggered upon anomaly detection.