If you are concerned about smart wearable devices, then you must be familiar with products in the field of health and smart wear, such as smart bracelets, smart watches, smart human scales, smart blood pressure monitors and so on. Digital media is one of the most “profitable†areas in 2016 in many media and research institutions. This is mainly because the demands for health care better and faster service, forcing new medical devices with more powerful data collection and analysis capabilities. Recently, the research team at the University of Colorado at Boulder and Northwestern University has developed a wearable miniature acoustic sensor that is mainly used to monitor the heartbeat and other health indicators. The miniature acoustic sensor developed this time weighs only 0.01 ounces (about 0.28 grams) and is wrapped entirely in the skin. Epidermal electronics make the sensor softer and lighter, fits the human skin, and has been widely used in wearable medical devices in the past two years. After the sensor is applied to the human skin, it monitors the heart and lung diseases by "listening" to the skin, tissues and blood flow of humans to record the sounds and low-frequency vibrations generated by internal organs during breathing, moving and sleeping. Because some diseases of the heart are difficult to capture in a short time, in the past, it was recorded by a 24-hour Holter, which is bulky and inconvenient to use for a long time. In addition to real-time monitoring of electrocardiogram (ECG) data, the sensors developed this time can also track and monitor the operation of human implantable mechanical devices, such as cardiac pumps. The research team has conducted tests at a private cardiology clinic in the United States. The next step is to focus on data accuracy, effectiveness, and product safety. The details are published in the latest issue of Science Progress. In recent years, wearable medical devices have experienced explosive growth. MCOT, a wearable medical device from CardioNet, can record ECG data of patients within 30 days and transmit the data to the company's monitoring center via the network. CardioNet's back office can perform in-depth analysis and diagnosis of this data and generate reports to be sent to patients. Automatic Fire Alarm Control Panels And Fire Display Panel Fire Control Panel,Fire Alarm Control Panel,Intelligent Fire Alarm Control Panel,Linkage Control Panel LIAONING YINGKOU TIANCHENG FIRE PROTECTION EQUIPMENT CO.,LTD , https://www.tcfiretech.com