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The characteristics of current medical development trends are that the understanding of the laws of life and health tends to be integrated, and disease control strategies tend to be systematic, which is moving towards the “4P” medical medicine model. The “4P” medical model is preventive, predictive, personalized and participatory. The 4P medical model emphasizes the initiative of people and emphasizes the influence of daily life behavior on the occurrence and development of disease. It is important to strengthen the intervention of the 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 with increasing pressure, people tend to lose sight of one another, and their health is generally poor. What’s more deadly is that people lack the necessary technical means to obtain relevant data about their physical conditions. Most people are caught by disease in ignorance or hindsight. Judging from the existing prevention methods, people’s measures to prevent diseases are still limited to basic methods such as perfect diet, regular life, and appropriate entertainment. Higher-level real-time monitoring of blood pressure and heartbeat cannot be done by themselves.
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 modes, for vital sign collection and health monitoring, so that limited medical resources can be shared by more people, that is, smart medical care.
Various wireless sensor devices can transmit measurement data through wireless sensor networks to dedicated monitoring equipment or various communication terminals, such as PCs, mobile phones, PDAs, etc., so that doctors can understand the patient’s condition and physiology at any time. It can also use wireless sensor network to collect human physiological data for a long time. These data are very useful in the process of developing new medicines.
Smart medical solutions can make rescues more efficient. Especially for patients with heart disease, treatment time is very critical. Some patients with heart disease have carried special wireless terminal equipment with them. These devices can continuously send ECG data and other physical sign data to the medical monitoring center through the wireless health Internet of Things. The monitoring center monitors and analyzes these data 24 hours a day, and immediately contact the patient or his family when an abnormality is found, so that the patient can receive the most timely treatment.
The role of smart medical solutions does not stop there. For those with amnesia or the elderly who often forget to take medicines, this program can be found to be a good helper. It can send medication reminders to patients in time, and conveniently provide information on the drug database. In this way, the patient can no longer miss the time to take the medicine, and no longer have to endure the trouble of repeatedly checking the dosage of the medicine. Similar solutions include blood glucose monitoring mobile phones, “weight loss mobile phones” that measure body fat, “skin management mobile phones” that measure subcutaneous moisture and have massage functions, and “maternal mobile phones” that can see the development of the fetus.
Smart medical solutions are so powerful and involve many technologies. The most important one is the smart core platform, which acts as a link between the previous and the next. Building 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 links (China Telecom, China Unicom, China Mobile, etc.). Among them, medical equipment production links have sufficient knowledge of industry equipment functions and user needs, but the research and development and understanding of core platforms are weak. The intelligent core platform of smart medical care has high technical barriers and requires high-end embedded knowledge structure and rich knowledge. Project experience. Shanghai Chenhan Electronics uses its strong R&D strength and profound application field experience to develop mobile medical terminals with high-end ARM embedded technology through 3G, Bluetooth, zigbee, WIFI, UWB and microcontrollers for dedicated wireless solutions. Intelligent core platform technology, which can be used for such as: mobile multi-parameter monitors, wireless blood pressure sensors, wireless pulse sensors, OCT blood oxygen wireless sensors, OCT blood flow wireless sensors, and wireless integrated analog components for blood glucose meters, etc. , And then designed a new and intelligent wireless network + mobile medical terminal program: smart medical program.
Can be used in:
Figure 1 Medical and health institutions
Figure 2 Public places
Figure 3 Home environment.
This program helps patients and the disabled in their family life, and tracks the physiological indicators of the health monitoring population. The use of wireless communication to connect various sensing devices to the Internet can efficiently transmit necessary information to facilitate receiving care, and can also reduce the burden on nursing staff.
Collection of vital signs
Monitoring of medication status
Implant material information
A well-known domestic medical equipment supplier cooperated with Chenhan Electronics’ solution to launch a mobile health monitoring system. This system can use terminal equipment to measure ECG, respiration, blood pressure, body temperature, heart rate, pulse, blood oxygen, etc. anytime, anywhere Vital signs realize early detection and early treatment of hidden dangers.
Smart medical solutions can also be applied to social undertakings such as earthquake relief.
Taking disaster relief in a certain place as an example, after the earthquake, network technicians from a general hospital installed a set of 3G remote imaging consultation workstations with smart medical solutions for the local hospital, realizing a seamless link between the hospital and the general hospital. Experts from the Department of Orthopedics, Neurosurgery, Cardiothoracic Surgery, and Imaging Department of the General Hospital used this system to provide medical assistance services to the victims in the disaster area, which played a role in mitigating earthquake disasters to the greatest extent.
Now more and more smart medical solutions are applied in people’s lives. Medical personnel can use mobile medical terminals to complete various patient-centered medical projects, such as wirelessly instructing patients to take medicines, and remotely monitoring the health status of patients at home. Monitoring etc. It can provide accurate health monitoring and analysis, and the corresponding medical cost will not increase significantly, because thanks to the charm of embedded technology and wireless communication technology-the law of diminishing marginal costs, smart medical solutions can be implemented in a wide range Popularize.
This is a veritable medical revolution triggered by technology.
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