
Multipurpose infrared thermal imaging firefighting night vision helmet
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隐藏域元素占位


Multipurpose infrared thermal imaging firefighting night vision helmet
SSK/NW-HC
Category:
Outdoor Series
Security series
Firefighting series
Device Overview
The infrared thermal imaging smart helmet uses a high-sensitivity, high-resolution infrared thermal imaging detection module that can penetrate smoke and flames, accurately judge the fire scene environment, identify endangered personnel, accurately measure temperature distribution, and has a maximum identification distance of 160 meters.
The helmet is also equipped with heart rate, blood oxygen, and other vital signs monitoring sensors, as well as combustible, toxic and harmful gas, and nuclear radiation alarm modules, providing firefighters with comprehensive safety protection. The product also has the ability to analyze AI data, providing timely and reliable information support for emergency rescue.
This smart helmet integrates advanced thermal imaging technology, multiple sensor monitoring, and AI analysis, significantly improving the perception and emergency response efficiency of firefighters in fire scenes. It is a powerful piece of equipment. It can effectively identify dangerous gases and radiation sources in the fire scene, creating a safer working environment for firefighters.
The helmet is simple and convenient to operate, and can accurately monitor high-temperature points and personnel. Once a potential danger is detected, it will automatically alarm. The product is equipped with 5G network and video storage and other intelligent functions, and can transmit real-time fire scene images to the background, improving collaborative combat capabilities.
In general, this smart helmet is a powerful and high-performance piece of equipment that provides strong intelligent support for firefighters and emergency rescue personnel, helping to shorten the critical time for fire scene rescue and effectively ensuring the safety of people's lives and property.
Device Features
High-precision infrared thermal imaging detection: Equipped with a high-sensitivity, high-resolution infrared thermal imaging sensor, it can accurately identify the temperature distribution of the fire scene environment, penetrate smoke and flames, and accurately locate endangered personnel.
Multiple vital signs monitoring: Built-in heart rate, blood oxygen, and other vital signs sensors, real-time monitoring of firefighters' physiological indicators, and timely warning of abnormal physical conditions.
Toxic and harmful gas detection: Equipped with combustible gas and toxic gas detection modules, real-time monitoring of the fire scene gas environment, creating safer working conditions for firefighters.
Radiation environment warning: It has nuclear radiation detection function, and can remind firefighters to take protective measures in time in the radiation environment.
AI analysis and decision support: It has intelligent analysis and processing capabilities, and can conduct comprehensive analysis based on the collected data to provide intelligent support for command decision-making.
Real-time video transmission: Equipped with a 5G network transmission module, it can transmit real-time fire scene images to the command center, enhancing collaborative combat capabilities.
Simple and reliable operation: The operating interface is simple and easy to understand, comfortable and lightweight to wear, and can maintain stable and reliable performance even in high-pressure operating environments.
Application Scenarios
Fire scene rescue
It can accurately identify the temperature distribution of the fire scene environment, help firefighters quickly locate high-temperature areas and signs of life, measure the concentration of toxic and harmful gases, timely warn firefighters to avoid danger, and transmit real-time video to provide the command center with first-hand fire scene intelligence.
Emergency rescue in special environments
In environments with heavy smoke and low visibility, infrared thermal imaging technology can still be used to quickly detect and locate endangered personnel. In nuclear radiation environments, the equipped radiation detection module can protect firefighters from radiation damage.
Post-disaster search and rescue
It can accurately measure the body temperature of the victims, judge whether there are still signs of life, and combine AI analysis to intelligently judge the location and situation of endangered personnel, improving search and rescue efficiency.
Firefighter training
In simulated training environments, sensor data from the helmet can be analyzed and diagnosed to optimize the emergency response capabilities of firefighters.
In general, this smart helmet plays a positive role in improving the emergency perception capabilities of firefighters, protecting lives, and improving fire rescue efficiency, making outstanding contributions to the fire service.
Device Parameters
Infrared Thermal Imaging Smart Helmet |
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Touch screen |
Multi-touch, Corning Gorilla Glass 3 tempered screen |
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Display screen |
4.1 inches |
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Processor speed |
8-core 2GHZ |
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Display resolution |
1920×1080 |
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Thermal imaging parameters |
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Sensor type |
Uncooled focal plane detector |
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Resolution |
320×240 |
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Pixel size |
12μm |
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Response band |
8~14μm |
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Noise equivalent temperature difference |
<40mk(@30°C,F#1.0) |
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Palette |
White hot, black hot, rainbow, iron red, dark brown, ice fire, rain, red hot, dark blue 9 color backgrounds |
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Fire point alarm distance |
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Closest camera detection distance |
1 meter |
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Farthest temperature measurement distance of target |
11 meters (based on 0.1×0.1 meters) |
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Farthest fire point alarm distance |
28.8 meters (based on 0.1m*0.1m) |
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Farthest alarm distance for personnel |
55.2 meters (based on 1.8m*0.5m) |
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Farthest alarm distance for vehicles |
165.6 meters (based on 4m*1.4m) |
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Temperature measurement range |
-20 ℃-150 ℃ or 0 ℃-550 ℃ |
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Temperature measurement accuracy |
±2°C or ±2% of the reading (whichever is greater) |
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Multi-target heat source detection |
Supports bounding box and center temperature measurement |
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Visible light parameters |
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Visible light sensor |
1/2.3-inch CMOS |
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Pixel pitch |
1.55 μm (H) x 1.55 μm (V) |
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Focal length |
4.74mm |
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Resolution |
4K 4096(H)×2160 (V) |
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Pixels |
12 million pixels |
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Field of view |
76.8°×40.5° |
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Focal length |
7mm |
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Low illumination |
Color: 0.002Lux@(F1.5); |
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Precise temperature measurement |
Calibration of maximum, minimum, and average temperatures |
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Temperature range: -20℃~550℃ |
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Temperature accuracy: ±2℃ |
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Alarm method |
Buzzer, white strobe light, and alarm status indication on the display screen; low battery alarm |
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Led |
Long light and strobe modes for flashlight |
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Electrical interface |
MicroSD card and SIM card 2-in-1, TYPE-C (headphone, charging, data export), HDMI (video output) |
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Wireless interface |
Bluetooth 3.0, WIFI |
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High-voltage early warning module |
Issues an alarm warning when approaching an electric field (personal protection) |
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High-voltage alarm distance |
Distance from 0.2-380v circuit (hot wire) 0.2-0.4m, |
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Distance from 10kV high-voltage transmission line 0.6-1.2m, |
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Distance from 35kV high-voltage transmission line 1.4-1.8m |
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Gas core detection module |
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Gases detected |
Combustible gases, toxic gases, oxygen, and other composite gases; detection and identification of ≥700 types of volatile toxic and harmful substances |
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Gas intake method |
Pump suction type |
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Detection time |
5-15 seconds |
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Toxic gas detection method |
PID photoionization sensor |
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Combustible gas detection method |
Catalytic combustion sensor |
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Oxygen sensor detection method |
Electrochemical type |
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Toxic and harmful VOC concentration detection range |
0~2000ppm (10-6); |
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Combustible gas detection range |
0-100% LEL (lower explosion limit) |
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Oxygen concentration detection range |
0~30%Vol; |
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Toxic and harmful gas detection accuracy |
Generally between ±2% and ±6% |
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Combustible VOC gas detection accuracy |
Photoionization detection (PID) catalytic combustion ±2% to ±5% |
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Oxygen detection accuracy |
0.01%Vol |
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Radiation detector |
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Cadmium zinc telluride sensor |
Detects and displays in real time the four types of radiation (α, β, γ, and χ) in the environment, and alarms when exceeding the standard. |
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High-precision, high-sensitivity detector |
Cadmium zinc telluride semiconductor detector |
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Nuclear radiation dose |
≤ 0.1μSv/h; Cumulative nuclear dose time: 9999 hours |
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Energy range |
50KeV~1.5MeV |
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Sensitivity |
25cps/μSv/h(@662KeV) |
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Response time |
≤2 seconds |
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Heart rate and blood oxygen sensor |
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Acquisition wavelength |
660nm-940nm |
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Acquisition frequency |
30-250 times/minute |
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Platform Functions
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Data Transmission |
Via 5G or WIFI |
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Video Management |
Real-time video transmission via WIFI or 5G, video interface browsing, |
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Voice Intercom |
Supports real-time voice intercom with backend personnel |
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Trajectory Playback |
Dynamic playback of historical trajectory, trajectory points and alarms |
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Data Export |
Data query, data statistics, data reports |
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AI Algorithm |
Smoke and high-temperature alarm recognition, automatic data acquisition and analysis, automatic report archiving |
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Physical Parameters |
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Operating Temperature |
-30℃~+60℃, humidity less than 90% |
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Storage Temperature |
-45℃~+70℃, humidity less than 90% |
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Battery Capacity |
3200 mAh |
6400 mAh |
Endurance Time |
3.5 hours |
6 hours |
Power Supply |
DC 3.2V-5.5V |
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Power Consumption |
≤5W |
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Protection Level |
IP65 |
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Weight |
Thermal imaging data transmission terminal: 385g (excluding battery compartment) 92g 137g |
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Dimensions |
133mm(L)×71mm(W)×44mm(H) |
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