In general, medical staff are assigned to manually check the human body temperature, blood pressure and other clinical performance data information on time and keep records. Patients with more serious also need to detect clinical performance data information such as heartbeat, pulse, ECG, respiration, etc. The sudden outbreak of Covid-19 at the end of 2019 exposed the imbalance of medical patients, easy cross-infection of manual testing, and high investment in testing.

Currently, human body temperature, blood oxygen, blood glucose, and blood pressure testing are mostly manually processed, manually entered, and tested at one designated time; therefore, high-frequency testing consumes a large amount of hospital manpower, resulting in overall inefficiency, manual processing of manual records with more or less error rates, and healthcare workers touching many patients at high frequencies throughout the day if the patient is infectious. In addition, there is a risk of cross-contamination during the testing cycle, and patients have difficulty ensuring adequate rest time if their clinical performance has changed and cannot be quickly controlled, and patients must be disturbed once per test.

ECG, heartbeat and respiratory monitoring currently use traditional medical devices, which are expensive to use each time and used by only a few employees, among the three main areas of "smart healthcare, smart services and smart management", where the key importance of building IoT medical devices is very clear, "the most advanced IoT technology to achieve interaction between patients and medical staff, medical institutions, medical equipment".

Technical advantages of the continuous vital signs monitoring solution

Multi-connectivity, each Chinese hospital ward deployment of a Bluetooth gateway, can simultaneously can monitor more than one person, while the environment monitoring method a variety of Bluetooth devices

Unique Bluetooth strong scan mode of work development can get better reduce 2.4G wireless interference, reduce enterprise network packet loss

Through the use of custom Bluetooth protocol stack, can break the number of Bluetooth underlying and bandwidth limitations, reasonable to improve the efficiency of the connection

Compatible with wi-fi, Ethernet, 4g3 data information upload method

Hospitals only need to build a Bluetooth network to achieve a variety of clinical equipment monitoring functions, saving time and effort to achieve the effect of real-time continuous data monitoring.

Posted by: sfdwdwdse at 05:47 PM | No Comments | Add Comment
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