Intelligent temperature measuring helmet
The intelligent non-sensing temperature prevention and control helmet is a high-tech intelligent individual soldier equipment for the actual needs of disease control and security in public places. It integrates metamaterial technology, infrared thermal imaging technology, intelligent AI algorithm, and AR (augmented reality) display. , Big data, advanced mobile communication technology, leading aviation equipment technology and many other advanced technologies, take the lead in realizing rapid non-contact body temperature monitoring based on mobile deployment scenarios, effectively improving prevention and control efficiency, preventing cross infection, and protecting prevention and control personnel
⚫ Highly integrated, mobile deployment
Integrated thermal imaging module and AR display in the helmet, combined with strong AI capabilities, the full set of weight is only 1.2KG. Compared with the existing infrared thermal imaging temperature measurement products, no external power supply, display and external black body are required. The weight is light and comfortable to wear. Very Suitable for individual soldiers to wear, mobile deployment control.
⚫ Long distance and high precision
Compared with traditional infrared forehead temperature guns and other temperature measurement equipment, the temperature measurement distance is increased from the centimeter level to the meter level, and the temperature measurement accuracy can reach ± 0.3 ℃.
⚫ Fast temperature measurement and wide application environment
It can be deployed in both indoor and outdoor environments, and can be used for batch detection of multiple targets at the same time, greatly improving the monitoring efficiency.
⚫ Powerful AI capabilities
The helmet has a built-in powerful intelligent AI system, which can be connected with the existing big data information system to realize face recognition, certificate recognition, license plate recognition and other functions in mobile scenarios. Management requirements in business application scenarios.
⚫ Long battery life
The smart helmet is equipped with a 5000mAh high-energy density battery and a high-efficiency energy system to meet the requirements of long-term deployment operations in mobile scenarios. Life time in each mode:
-Body temperature monitoring mode: 8 hours;
-Face recognition mode: 5 hours;
-Bayonet mode: 3 hours;
-Live mode: 3 hours;
-Standby time: not less than 24 hours.
⚫ AR augmented reality display technology
Using industry-leading array optical waveguide AR technology, the display has a large field of view of 35 degrees, a resolution of 1280 * 720, and an innovative variable transmittance optical coating technology to achieve clear display of motion data under strong light.
The use of advanced composite metamaterial helmet body, while ensuring the mechanical properties such as anti-fall and anti-riot, realize light weight.
⚫ Ultra-low radiation
Adopt international leading anti-electromagnetic radiation and shielding technology to create an ultra-low radiation environment inside the helmet. After testing by an authoritative third-party certification body, the radiation intensity of the electronic components inside the smart helmet to the head is only 1/20 of the radiation intensity of the mobile phone, ensuring human safety in all aspects.
|Processor||ARM Cortex A53 八核 2.5GHz MT6763|
|Operating system||Android 8.1|
|Built-in storage||eMMC 64GB|
|Frequency band||FDD-LTE: B1/3/5/8
|Display||Array optical waveguide display|
|Angle of view||35°|
|Virtual screen size||Equivalent to watching a 74-inch large screen from 3 meters away|
|Visible light camera|
|Maximum pixel||13 million pixels|
|Angle of view||78°|
|Infrared thermal imaging camera|
|Angle of view||33.4°|
|Image frequency frame||25HZ|
|Temperature measurement range||-20℃~120℃|
|Temperature measurement accuracy||Within specified range ± 0.3 ℃ (default 2m)|
|Alarm distance of fever personnel||37.5℃: 1.0m; 38.0℃: 1.5m;
38.5℃: 2.0m; 39.0℃: 2.5m;
No. 8 Lianyou Road, Chengnan District, Jingjiang, Jiangsu, China