典型问答
FAQ
Why develop this Temperature Screening System? 
Schools, hospitals, governments, airports, stations, shopping malls, and restaurants will quickly gather a large number of unregistered people. If there is no efficient monitoring method, Covid 19 will spread quickly. The only way is to quickly diagnose the sick people through artificial intelligence technology and quickly isolate the judgment. The existing temperature measuring guns and detection devices are very inefficient and basically rely on managed people. Administrative staff at the basic level and those who are very exhausted and they need be responsible. 
The FAQ part of Firetinas Temperature Screening System
The FAQ part of Firetinas Temperature Screening System
Why develop this Temperature Screening System?
Schools, hospitals, governments, airports, stations, shopping malls, and restaurants will quickly gather a large number of unregistered people. If there is no efficient monitoring method, Covid 19 will spread quickly. The only way is to quickly diagnose the sick people through artificial intelligence technology and quickly isolate the judgment. The existing temperature measuring guns and detection devices are very inefficient and basically rely on managed people. Administrative staff at the basic level and those who are very exhausted and they need be responsible.
What pain points does the Firetinas body temperature screening system solve? 
 What is the development of Firetinas Body Temperature Screening System?
01
For large-area monitoring, the traditional temperature measuring gun can only measure one person, the portal device can measure a group of people, and the Firetinas system can measure an area of 200 square meters.
02
密集人群体温监测,随着病毒快速传播,学校,医院,政府,机场,车站, 商场、餐厅都会快速聚集大量未登记人群,需要快速实现疑似病例的分辨。
03
高温人体数据后台收集分析,传统的热成像技术基本上依赖现场的热成像经 验判断,火眼金睛系统收集的数据在后台快速分析汇总,形成应急数据库 。
04
后台实时监控,通过远程的数据共享,我们能够使得后台的专业医生监控分 析上千个区域画面的情况并且分享医疗资源。
05
人脸识别,关键是疑似病例是谁,更重要的是旁边可能受到传染的正常人又 是谁。我们需要快速帮助疑似病例,并且联系可能受影响的正常人。这就需 要人脸比对的数据和算法。通过和公安数据交换,可以快速帮助到个人。
06
无基础设施部署,病毒总是在人类最薄弱的地方传播,最薄弱的地方可能是 乡间,山谷,篮球场,广场,这些地方没有电源没有网线,传统方式无法部 署监测,火眼金睛能够快速部署。
07
简易安装无人值守,现在的人海战术未来难以持久,火眼金睛不需要专业技 师即可安装,完全独立运营无人值守,可以快速在人口密集区域布防。
02
Dense population temperature monitoring, with the rapid spread of the virus, schools, hospitals, governments, airports, stations, shopping malls, restaurants will quickly gather a large number of unregistered people, need to quickly identify suspected cases.
03
The high-temperature human body data is collected and analyzed in the background. Traditional thermal imaging technology basically relies on the on-site thermal imaging experience to judge. The data collected by the Firetinas system is quickly analyzed and summarized in the background to form an emergency database.
Without infrastructure deployment, the virus always spreads in the weakest places of human living. The-weakest places may be rural areas, valleys, basketball courts, and squares.These places have no power supply and no network cable. Traditional metfrejls cannot be deployed for monitoring. Firetinas can be quickly deployed.
06
05
Face recognition,the most important who is the normal person and who may be infected nearby.We need to help suspected cases quickly and contact normal people who may be affected. This requires data and algorithms for face comparison.By exchanging data with police, you can quickly help individuals.
Simple installation is unattended.The Firetinas system can be installed without the need of professional technicians. The operation is completely independent and unattended.ithout infrastructure deployment, the virus always spreads in the weakest places of human living. The-weakest places may be rural areas, valleys, basketball courts, and squares.These places have no power supply and no network cable. Traditional metfrejls cannot be deployed for monitoring. Firetinas can be quickly deployed.
07
What pain points does the Firetinas body temperature screening system solve? 
What is the development of Firetinas Body Temperature Screening System?
01
For large-area monitoring, the traditional temperature measuring gun can only measure one person, the portal device can measure a group of people, and the Firetinas system can measure an area of 200 square meters.
02
Dense population temperature monitoring, with the rapid spread of the virus, schools, hospitals, governments, airports, stations, shopping malls, restaurants will quickly gather a large number of unregistered people, need to quickly identify suspected cases.
03
The high-temperature human body data is collected and analyzed in the background. Traditional thermal imaging technology basically relies on the on-site thermal imaging experience to judge. The data collected by the Firetinas system is quickly analyzed and summarized in the background to form an emergency database.
04
Real-time monitoring in the background,through remote data sharing, we can enable professional doctors in the background to monitor and analyze the situation of thousands of regional screens and share medical resources.
05
Face recognition,the most important who is the normal person and who may be infected nearby.We need to help suspected cases quickly and contact normal people who may be affected. This requires data and algorithms for face comparison.By exchanging data with police, you can quickly help individuals.
06
Without infrastructure deployment, the virus always spreads in the weakest places of human living. The-weakest places may be rural areas, valleys, basketball courts, and squares.These places have no power supply and no network cable. Traditional metfrejls cannot be deployed for monitoring. Firetinas can be quickly deployed.
07
Simple installation is unattended.The Firetinas system can be installed without the need of professional technicians. The operation is completely independent and unattended.
1.Accurate, with a temperature resolution of 0.05 degrees and built-in blackbody calibration technology to achieve a higher accuracy of temperature measurement. 2.Intelligence, through the unique artificial intelligence algorithm and chip to achieve excellent face recognition effect, while measuring multiple body temperatures. 3.Networking, upload all camera data to the server through wireless network in real time, and establish high-temperature crowd profile. 4.Convenient, integrated product packaging, providing mobile power and wireless networking capabilities. 
The main core features of Firetinas Temperature Screening System? 
每个人的关键温度就是头部的温度这1个数据,因此即使采用较高分辨率400X300 红外测温传感器能够提供120000个温度数据,有用的还是只有头部的温度1个数 据,其他的测温数据包括烟头温度,茶水温度都会误导传感器以为是发热人体。 而火眼金睛采用高分辨率的视觉镜头把人的头部位置确定下来获取确定的头部位 置对应温度,反而效率更高。而且不像传统的红外测温传感器会被烟头和茶水等 等高温物体误导产生误报。
为什么选择低分辨率的红外测温传感器和高分辨率 的视觉镜头相结合?
火眼金睛系统专门为非专业人士进行了优化,购买了火眼金睛系统后只要连接电 源线和hdmi视屏线即可开始使用,为了帮助大众使用我们甚至把电源开关按钮都 省去了。
如何使用火眼金睛系统?
火眼金睛研发内置式芯片用于人体测温,不同于集中式的人工智能算法需要联网 才能够实现人体识别,边缘芯片不依赖网络也能实现人体识别和测温,这就意味 着更高的效率和准确性,以及不依赖于网络基础设施的便携式人体识别测温技术。
为什么要研发边缘芯片用于人体测温?
The key temperature of each person is the temperature of the head, so even if a higher resolution 400X300 infrared temperature sensor can provide 120,000 temperature data, it is useful to have only one temperature of the head, and other temperature measurements The data includes the cigarette butt temperature and the tea temperature will mislead the sensor into thinking that it is a hot body. Fire Eyes uses high-resolution vision lenses to determine the position of the person's head to obtain the temperature corresponding to the determined head position, but it is more efficient. And unlike traditional infrared temperature measurement
Why choose a combination of low-resolution infrared temperature sensor and high-resolution vision lens? 
The Firetinas System is optimized for non-professionals users. After purchasing the Firetinas System, you only need to connect the power cord and HDMI video cable to start using it. To help the public use, we even remove the power switch button.
How to use Firetinas?
Firetinas has developed a built-in chip for human body temperature measurement. Unlike centralized artificial intelligence algorithms, it requires networking to achieve human body recognition. Edge chips can achieve human body recognition and temperature measurement without relying on the network, which means higher efficiency and Accuracy, and portable body recognition temperature measurement technology that does not rely on network infrastructure.
Why develop edge chips for human body temperature measurement?
1.Accurate, with a temperature resolution of 0.05 degrees and built-in blackbody calibration technology to achieve a higher accuracy of temperature measurement. 
2.Intelligence, through the unique artificial intelligence algorithm and chip to achieve excellent face recognition effect, while measuring multiple body temperatures. 
3.Networking, upload all camera data to the server through wireless network in real time, and establish high-temperature crowd profile. 
4.Convenient, integrated product packaging, providing mobile power and wireless networking capabilities.
The main core features of Firetinas Temperature Screening System?
The key temperature of each person is the temperature of the head, so even if a higher resolution 400X300 infrared temperature sensor can provide 120,000 temperature data, it is useful to have only one temperature of the head, and other temperature measurements The data includes the cigarette butt temperature and the tea temperature will mislead the sensor into thinking that it is a hot body. Fire Eyes uses high-resolution vision lenses to determine the position of the person's head to obtain the temperature corresponding to the determined head position, but it is more efficient. And unlike traditional infrared temperature measurement
Why choose a combination of low-resolution infrared temperature sensor and high-resolution vision lens?
The Firetinas System is optimized for non-professionals users. After purchasing the Firetinas System, you only need to connect the power cord and HDMI video cable to start using it. To help the public use, we even remove the power switch button.
如何使用火眼金睛系统?
How to use Firetinas?
Firetinas has developed a built-in chip for human body temperature measurement. Unlike centralized artificial intelligence algorithms, it requires networking to achieve human body recognition. Edge chips can achieve human body recognition and temperature measurement without relying on the network, which means higher efficiency and Accuracy, and portable body recognition temperature measurement technology that does not rely on network infrastructure.
Why develop edge chips for human body temperature measurement? 
Why we developed this blackbody system?
1、外置式黑体可能因为断电而误导测温芯片                                                
3、外置式黑体因为安装和维护都需要专业人员,因此匮乏专业人员反而会成为误导标定
Firetinas develops a built-in black body, because black body calibration is the core of accurate temperature measurement, which can improve the temperature measurement accuracy by 300%. Conventional external blackbody, the position of the blackbody is not fixed, you will encounter problems. The external blackbody may be calibrated incorrectly due to the change of the vibration position.
1、外置式黑体可能因为断电而误导测温芯片  
2、外置式黑体可能因为遮挡而误导测温芯片, 
3、外置式黑体因为安装和维护都需要专业人员,因此匮乏专 业人员反而会成为误导标定 
4、外置式黑体需要独立电源和部署,很难移动 火眼

Firetinas built-in blackbody can achieve
1、内置式黑体相对位置固定,避免标定错误 
3、内置式黑体在镜头前方5cm不可能遮挡 
5、内置式黑体可以轻松随时移动部署
2、内置式黑体供电由火眼金睛系统供电,不会出错  
4、内置式黑体无需安装系统自带,每秒自动调温
1. The external blackbody may mislead the temperature measurement chip due to power failure 
2. The external blackbody needs professionals for installation and maintenance, so the lack of professionals will become a misleading calibration 
3. External blackbody requires independent power supply and deployment, it is difficult to move 
 4. Because the installation and maintenance of external blackbody require professionals, the lack of professionals
1. The relative position of the built-in black body is fixed to avoid calibration errors 
2.The built-in black body power supply is powered by the fire eye gold eye system without error  
3.The built-in black body cannot be blocked by 5cm in front of the lens 
4. The built-in black body does not need to be installed with the system, and the temperature is automatically adjusted every second 
5. built-in black body can be easily deployed at any time
Why we developed this blackbody system?
1. The external blackbody may mislead the temperature measurement chip due to power failure 
2. The external blackbody needs professionals for installation and maintenance, so the lack of professionals will become a misleading calibration
Firetinas develops a built-in black body, because black body calibration is the core of accurate temperature measurement, which can improve the temperature measurement accuracy by 300%. Conventional external blackbody, the position of the blackbody is not fixed, you will encounter problems. The external blackbody may be calibrated incorrectly due to the change of the vibration position.
3. External blackbody requires independent power supply and deployment, it is difficult to move 
4. Because the installation and maintenance of external blackbody require professionals, the lack of professionals

Firetinas built-in blackbody can achieve
1. The relative position of the built-in black body is fixed to avoid calibration errors 2.The built-in black body power supply is powered by the fire eye gold eye system without error 
3.The built-in black body cannot be blocked by 5cm in front of the lens

4. The built-in black body does not need to be installed with the system, and the temperature is automatically adjusted every second 
5. built-in black body can be easily deployed at any time

Why set up an integrated box to carry?
Firetinas developed an integrated box that is convenient for users to carry around. Because the development of viruses will cause different outbreak areas and rapid changes in location. Therefore, fixed systems cannot adapt to needs quickly. Different regions fight the epidemic and allow customers to easily adjust their location and location.
为什么要GPS和地磁计功能非常 关键?
火眼金睛需要快速移动的覆盖疫区,收集疑似病例的 信息,并且记录疑似病例的行踪,分析和帮助协调资 源,GPS和地磁计能够为每一个火眼金睛视野内的疑 似病例记录GPS位置并且在地图上标定出来,能够帮 助政府判断爆发情况和地理信息。不同的区域抗击疫 情,并且使得客户能够简单调整地点和位置。
研发团队此前的业绩?
火火眼金睛团队曾经为航天科技开发无人机视觉识别, 与中电海康合作视觉定位技术。所开发的无人驾驶技 术用于广汽和上汽的相关乘用车。由剑桥大学归来的 千人计划专家领衔的海外精英团队牵头开展。
Why are the functions of GPS and geomagnetism critical?
Firetinas needs to move quickly to cover the epidemic area, collect information on suspected cases, and record the whereabouts of suspect cases, analyze and help coordinate resources. GPS and geomagnetism can record the GPS location and mark on the map for each suspect case in the field of view It can help the government to judge the outbreak situation and geographic information.
The previous performance of the R & D team?
Firetinas team once developed the UAV visual recognition for aerospace technology, and cooperated with CLP Haikang's visual positioning technology. The self-driving technology developed is used in related passenger cars of GAC and SAIC. The overseas elite team led by the Thousand Talents Program experts returned from Cambridge University took the lead.
Why set up an integrated box to carry?
Firetinas developed an integrated box that is convenient for users to carry around. Because the development of viruses will cause different outbreak areas and rapid changes in location. Therefore, fixed systems cannot adapt to needs quickly. Different regions fight the epidemic and allow customers to easily adjust their location and location.
Why are the functions of GPS and geomagnetism critical?
Firetinas needs to move quickly to cover the epidemic area, collect information on suspected cases, and record the whereabouts of suspect cases, analyze and help coordinate resources. GPS and geomagnetism can record the GPS location and mark on the map for each suspect case in the field of view It can help the government to judge the outbreak situation and geographic information.
The previous performance of the R & D team?
Firetinas team once developed the UAV visual recognition for aerospace technology, and cooperated with CLP Haikang's visual positioning technology. The self-driving technology developed is used in related passenger cars of GAC and SAIC. The overseas elite team led by the Thousand Talents Program experts returned from Cambridge University took the lead.