應用案例

October 25, 2021

Infrared thermal imaging camera system guarding the front line of disease prevention

  • Detect physical signs
  • Improve the efficiency of human resources deployment
  • Easier enterprise management

Background

Now you need to take your body temperature when you enter and exit restaurants and shops, and you can enter the restaurant without signs of illness such as high temperature and fever. However, the company needs to allocate additional personnel to measure the body temperature of visitors, and workforce requirements increase, which reduces efficiency. The new generation of fixed infrared thermal imaging camera systems has face edge detection and multi-person simultaneous measurement. It can distinguish other high-temperature items, such as hot drinks, through AI, thereby reducing the possibility of misjudgment.

Solution

Infrared thermal imaging cameras detect the distribution of heat energy radiated by an object, which power cannot be seen by the naked eye. Therefore, thermal imaging cameras have more advantages than ordinary temperature gun detectors. The thermal imager is non-contact and supports long-distance detection, thereby reducing the risk of cross-contagion. And it can be used in a wide range of places, especially suitable for places with many people, such as commercial offices, schools, hospitals, nursing homes, shopping malls, hotels and residential areas. Enterprises do not need to allocate additional personnel to check the body temperature of visitors, thereby reducing the workload of employees.

Unlike current ear and forehead temperature guns, thermal imaging cameras do not need to measure body temperature at close range and record it by hand. The new generation of thermal imaging cameras has multiple sensing lenses that can measure body temperature within a distance of 1 to 3 meters. In addition, it can also detect the body temperature of 3 to 6 people in motion simultaneously without the need for static positioning. With the help of the face edge detection algorithm of the intelligent system, the system will quickly detect the edge of the face before measuring the body temperature; at the same time, it eliminates the interference of non-body temperature items outside the face, such as coffee and food, thereby reducing the possibility of system error judgment.

When the body temperature exceeds the set standard, the system will sound a warning and automatically take pictures to create files, immediately send out reminders and screenshots, and notify the epidemic prevention personnel through mobile phones and computers to facilitate the management personnel to follow up. It effectively saves manpower and time. The infrared camera system uses a new generation of sensors with infrared resolution and rich palette mode. It displays colour images, making it easier to identify objects than traditional black and white image displays. In addition, the high-definition image archive makes the record clearer and can be generated by PC software for analysis and processing reports so that managers can quickly filter and easily review.

 

 

Conclusion

In response to current anti-epidemic measures, the system also integrates employee ID sensor functions. Employees only need to perceive the ID first and then perform non-contact temperature measurements. The system will automatically create records for employees without the need for additional manual paper and pen records. To become an intelligent enterprise in the future, it can also use the face recognition clock-in system to clock in and measure body temperature, which will help enterprises and various institutions implement daily epidemic prevention work.

About Muse Labs

We understand that the needs of every industry are different. With our knowledge of IOT, we will customize an exclusive IOT solution for you, quickly deploy it, and use it for a long time.

Latest Projects

type your search
en_USEnglish