Wireless wristwatch with monitoring function and application method of wristwatch

Abstract

The invention relates to a wireless wristwatch with a monitoring function and an application method of the wristwatch. The wireless wristwatch uses a wristwatch which can be worn on the arm of a human body as a carrier. The wireless wristwatch comprises a pulse monitoring unit, a blood pressure monitoring unit, a body temperature monitoring unit, a motion sensing unit for monitoring motion states, a judging unit, an alarming unit, a wireless transmission unit, a display unit and a wireless charging unit. The judging unit transmits the received pulse parameters, blood pressure parameters, body temperature parameters and motion state parameters of a to-be-monitored person to the display unit and the wireless transmission unit while judges respectively according to the corresponding set thresholds of vital sign parameters, and transmits alarming information to the alarming unit if the judging condition for triggering an alarm is reached. The alarming unit transmits the alarming information to the wireless transmission unit for transmission according to preset alarming identification. The display unit is used for displaying each parameter received by the wireless transmission unit and the alarming information. The wireless charging unit is used for wireless charging and powering each unit of the wireless wristwatch.

Description

technical field [0001] The invention relates to medical monitoring technology, in particular to a wireless wrist watch with monitoring function and a method for applying the wireless wrist watch. Background technique [0002] With the development of computer information technology, medical informatization has become a development trend. Medical informatization is the digitalization and networking of medical services. It combines current network communication technology, computer science, database technology and sensor technology to provide various departments of the hospital with the collection, storage, processing and extraction of warded personnel information and management information. and data exchange, and meet the functional requirements of all authorized users. In the process of medical informatization, large-scale digital medical equipment is used in hospitals, and various hospital management information systems and medical clinical information systems have brought ...

AI Technical Summary

Problems solved by technology

Due to individual differences such as height, shortness, fatness, and thinness of the monitored personnel, the vital sign parameter monitoring equipment in the T-shirt cannot be in good contact with the skin, making the monitored vital sign parameters inaccurate; The vital sign parameter monitoring equipment can monitor the vital sign parameters stably and reliably, but it needs to tighten the chest of the monitored person. With long-term use, the monitored person will feel uncomfortable and affect the comfort of use.

[0005] Vital sign monitoring equipment cannot detect when the monitored person wearing a T-shirt or chest strap with vital sign parameter monitoring equipment has a fall or a pressure sore, etc.

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