The current trend of medical development is that the understanding of the laws of life and health tends to be holistic, and the disease control strategy tends to the system, which is moving towards the "4P" medical model. The "4P" medical model is preventive (PrevenTIve), predictive (PredicTIve), personalized (Personalized) and participatory (parTIcipatory). The 4P "medical model puts more emphasis on the initiative of people and the behavior of daily life on the occurrence and development of diseases. Importance, so as to strengthen the intervention of individual's life behavior to achieve the goal of preventing disease and controlling development.
From treatment to prevention is a major trend in the development of modern medicine. In a modern society under increasing pressure, people tend to lose sight of each other and their health is generally poor. What is more fatal is that people lack the necessary technical means to obtain relevant data about their physical condition. Most people are caught by disease in ignorance or hindsight. From the perspective of existing preventive measures, people's measures to prevent diseases are still limited to basic means such as improving diet, regular life and proper entertainment. Higher-level real-time monitoring of blood pressure and heartbeat are not what they can do.
The wireless health Internet of Things is the use of Internet of Things technology in the medical field. With the help of digital and visual models, vital signs collection and health monitoring are carried out, and limited medical resources are shared by more people, that is, smart medical.
Various wireless sensors can transmit measurement data to dedicated monitoring instruments or various communication terminals such as PCs, mobile phones, PDAs, etc. through wireless sensor networks. Doctors can always understand the monitored patients or track the condition and physiology of the research population Status, timely processing statistics, and wireless sensor network can also be used to collect human physiological data for a long time. These data are very useful in the process of developing new drugs.
Smart medical solutions can make rescue more efficient. Especially for patients with heart disease, the treatment time is very critical. Some patients with heart disease have carried special wireless terminal devices with them. These devices can send ECG data and other signs data to the medical monitoring center in real time through the wireless health Internet of Things. The monitoring center monitors and analyzes these data 24 hours a day, and immediately contacts the patient or his family members when an abnormality is found, so that the patient can receive the most timely treatment.
The role of smart medical solutions does not end there. For those amnesia patients or elderly people who often forget to take medicine, this solution is still a good helper, which can send patients a reminder of medication in time and conveniently provide information in the drug database. In this way, the patient can no longer miss the time to take the medicine, and no longer has to endure the trouble of repeatedly inquiring the medicine dosage. Similar solutions include a blood glucose monitoring mobile phone, a “weight loss mobile phone†for measuring body fat, a “skin management mobile phone†that measures the moisture under the skin and has a massage function, and a “maternal mobile phone†that can see the fetal development status.
Smart medical solutions are so powerful and involve many technologies, the most critical of which is the intelligent core platform, which serves as a link between success and failure. To build a mature and practical smart medical solution is inseparable from the cooperation of medical equipment production, intelligent core platform research and development, and network establishment and provision (China Telecom, China Unicom, China Mobile, etc.). Among them, the medical equipment production link has sufficient understanding of industry equipment functions and user needs, but the R & D and understanding of the core platform are weak. The smart core platform of smart medical has high technical barriers and requires high-end embedded knowledge structures. Project experience. Shanghai Chenhan Electronics utilizes its strong R & D strength and deep application experience to develop mobile medical terminals using high-end ARM embedded technology through 3G, Bluetooth, zigbee, WIFI, UWB and microcontrollers for dedicated wireless solutions. The intelligent core platform technology can be used in mobile multi-parameter monitors, wireless blood pressure sensors, pulse wireless sensors, OCT blood oxygen wireless sensors, OCT blood flow wireless sensors, and blood glucose meter wireless integrated analog components, etc. , And then designed a new, intelligent wireless network + mobile medical terminal solution: smart medical solution.
Application areas of smart medical solutions :
Figure 1 Medical and health institutions
Figure 2 Public places
Figure 3 Home environment.
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