1. Comprehensive system.
Professional doctors can conduct a comprehensive and systematic analysis of the patient's whole body condition based on clinical practice, overcoming the one-sidedness of other diagnostic techniques that are limited to a certain part. Nowadays, the application of far-infrared thermal imaging technology can detect more than 100 diseases such as inflammation, tumors, stones, vascular diseases, nervous system, sub-health, etc., involving common and frequently-occurring diseases in various systems of the human body.
2. “Green” and non-invasive.
Many imaging instruments cause varying degrees of harm to the human body, but far-infrared thermal imaging diagnosis does not produce any rays and does not require labeled drugs. Therefore, it will not cause any harm to the human body, will not cause any pollution to the environment, and is simple and economical. Far-infrared thermal imaging technology realizes mankind's dream of pursuing green health, and people vividly call this technology "green physical examination".
3. Conducive to early detection of diseases.
Compared with X-ray, B-ultrasound, CT and other imaging technologies, one of the most important advantages of far-infrared thermal imaging detection is early warning. Although X-ray, B-ultrasound, CT and other technologies have their own characteristics, they can only be discovered after the disease has formed. Before the disease changes in tissue structure and morphology, cell metabolism will be abnormal, and the body's temperature will change. High and low, the shape of the temperature field and the size of the temperature difference can reflect the location, nature and extent of the disease. Far-infrared thermal imaging technology detects diseases based on abnormalities in human body temperature, so it can interpret potential risks without obvious physical signs in the body and detect problems earlier. Some data show that far-infrared thermal images can detect lesions half a year or even earlier than structural images, gaining valuable time for early detection and prevention of diseases.
Virtual in vitro image formed by human body thermal radiation Thermal imaging technology is what we often call infrared radiation imaging technology. According to the optical theoretical knowledge of natural object imaging, any object that can be captured by light can generate a background object photosensitive imaging state. In modern societies with highly developed technologies, night scene photography attachments with infrared thermal imaging have become popular. Regarding the principle of infrared imaging, it is mainly a photographic equipment developed based on the principle of infrared radiation of objects higher than the absolute temperature of space -237.15 degrees. That is to say, any object higher than the absolute temperature of space will form a thermal infrared radiation state, and low There is no thermal infrared radiation for objects with an absolute temperature of -237.15 degrees in space. When the human body is in a special state, its body temperature is different from that of a static state, especially after participating in strenuous activities, the body temperature is higher. In addition, the body temperature is also higher after meals and after drinking a large amount of hot water or high-concentration alcohol. Some people's body temperature will rise after doing mindfulness Qigong. The body temperature difference between people and between men and women will also show different states. The thermal (infrared) radiation intensity of human body temperature in the above state will be higher than normal.
The strange photos that appear in nature are often caused by the above factors, because most objects in the earth space are generally higher than the absolute temperature of the universe -237.15, so thermal infrared rays will be formed. radiation status. The imaging time of the thermal infrared photography system is generally used in a darker night background. Since the natural light at night is very weak and the light intensity is not enough, it is difficult for objects to be photographed and imaged, so we enable additional devices for infrared imaging. In addition, when taking pictures at night or in a dark place, it is very likely that the camera's flash is not bright enough to make up for the illumination at night, or the camera's flash is damaged, or the camera itself does not have a flash function, which is why people turn on infrared Imaging capabilities (several factors may exist).
Let’s take a look at the picture:
Through the background imaging analysis of the picture, the light background when taking the picture is dark, and it is very likely that the infrared night photography function has been activated. Why do virtual bodies appear outside the outline of the human body? We can analyze it from three aspects:
First, human body (temperature) thermal infrared radiation.
2. Air circulation
3. Air humidity and composition
1. Above, we have explained the mechanism of infrared imaging. The normal temperature of our human body is generally is greater than or equal to 36 degrees, at this time the intensity of thermal infrared radiation will increase accordingly.
At night or in a dark space, the temperature of the air is lower than the temperature of the human body (autumn, winter, spring). The human body's thermal (infrared) radiation can form a thermal effect on the surrounding space gas. In summer, the space temperature is higher than the human body temperature. We can use air conditioning in the house to cool down (below the human body temperature). At this time, the human body will form a thermal (infrared) radiation state to the gas in the space. From this point of view, the air temperature within a distance of about 20 centimeters around the human body must be higher than the air temperature 20 centimeters away. The closer to the surface of the human body, the closer the temperature value of the air will be to the human body, and the virtual human outline outside the body will be formed from this air. Without infrared imaging equipment, the cause would not have been discovered. At night, any image taken with an infrared additional device will have high-temperature imaging in parts of the image (the darker red areas in the film), especially the heart of the human body.
Second, in the photo, we can see the outline of the virtual human body appearing outside the body. This is mainly caused by air circulation or the displacement of the human body.
1. When the human body radiates heat (infrared rays) to the surrounding air, once the human body is rapidly displaced, a continuous state of heat radiation from the human body to the air will be formed. Simply put, when the human body moves quickly, if we are taking pictures with a camera with infrared auxiliary function, it will leave a continuous virtual image outline of the human body as it shifts. Because of the rapid movement of the human body, the temperature of the air around the original human body (the temperature of the air that the human body interacts with) will not drop immediately, and the gas molecules with human body temperature will also radiate infrared rays, so it will form an outline close to the original human body. A virtual human body image is composed of air with human body temperature (with infrared imaging conditions).
2. Air circulation, thermal (infrared) radiation, space gas temperature, and cameras with infrared auxiliary functions. As long as these conditions are met, it is possible to image the virtual body of the human body. We have already said that when the human body is in a static state, the temperature of the surrounding air where the human body is located (the temperature of the air that the human body interacts with) will be close to the human body temperature, because gas molecules with human body temperature will also radiate infrared rays, which will form a The original human body outline is composed of air with human body temperature to form a virtual human body image (with infrared imaging conditions). When air circulation occurs in the room, the surrounding gases affected by the human body's thermal (infrared) radiation will shift, forming another virtual human image similar to the person's.
In general, the infrared virtual body caused by human body displacement (air circulation) is located by bosons in the flesh cells on the surface of the human head (or the entire human body). The air molecules heated by the infrared heat radiation of the human body still retain the characteristics of the original human body appearance. Since the heat radiation temperatures formed by various parts of the human body's surface organs and skin are different, the temperatures of each part of the virtual human body model made of air are also different, resulting in an infrared imaging picture of a virtual human body similar to the real one. People with strong physical fitness will have higher thermal (infrared) radiation intensity, and the greater the chance of forming external (thermal radiation) imaging. In the same space and among people with different physical signs, different infrared radiation imaging factors will appear. People with high body temperature can easily form an in vitro virtual body under the action of thermal (infrared) radiation.
Third, the humidity and density of indoor or outdoor air are also part of the causes of virtual images of the human body. At the same time, in a small space, the large number of people will cause the indoor or outdoor air temperature to rise, which will also increase the density of water molecules in the polluted air. These factors will have an impact on the refraction of light, and will also form a natural refraction phenomenon of "mirage" objects that are displaced over long distances due to the increase in humidity and density of gas molecules. The "stream of consciousness" in the picture is actually the rising circulation of gas within a small range of human body temperature and the thermal effect of high-humidity dirty gas exhaled from the human lungs on the air. Increased air humidity, increased density, atmospheric circulation, complex gas compositions, increased temperature, etc., can easily produce many unsolved mysteries in nature. This also includes human sensory illusions, hearing illusions, magnetic field forces, gravity, sound waves, outer space electron flow radiation and other causes.
For those virtual images of the human body that appear in photos, people who do not understand science often call these factors such as the true light of the universe, the manifestation of gods, the stream of consciousness, the flow of human soul elements, and other spiritual concepts.
When explained using our modern scientific concepts, isn’t it true that behind all these divine consciousnesses are the true masterpieces of nature? And aren’t those supernatural pictures, bizarre pictures, strange pictures, weird pictures, etc. all derived from the scientific theories of nature? Experts and scholars are invited to discuss the unsolved mysteries of nature together, so as to promote the spirit of human science and keep the people away from superstitious elements in religion. It is the duty of our scientific and technological workers to do a good job in popularizing science.
Things to note during thermal imaging inspection
The detection principle of infrared thermal imaging is actually not that mysterious. Explained from physical principles, the human body is a naturally produced infrared radiation source. Stop emitting and absorbing infrared radiation to the surroundings. The temperature of various parts of the normal human body is stable and specific. Different temperatures have different thermal fields. When lesions or abnormalities occur in a certain part, the blood flow there will change, resulting in changes in local temperature. Infrared thermal imaging is based on this principle. It collects infrared radiation from the human body through a thermal imaging camera, converts it into digital signals, and then generates a color heat map. Experts at the physical examination center use these heat maps to analyze and judge the location of human lesions, the nature of the disease, and the extent of the disease.
Finally, experts from the Public Physical Examination Center would like to introduce to you the pre-examination precautions for such a special infrared thermal imaging examination:
1. A gastric examination requires three hours of fasting and fasting water.
2. For those who want to check the whole body, liver, gallbladder, and prostate, they should not drink alcoholic beverages, coffee drinks, or take vasodilators within 24 hours before the test.
3. Women who want to check their breasts and pelvic cavity should choose 5 to 10 days after their menstrual period, which is more appropriate. All pelvic examinations require urination and defecation.
4. Within 24 hours before the examination, please do not use topical drugs, physical therapy, cupping and massage to avoid leaving marks on the skin and affecting the examination results.