Based on movement variables from the stages of falling asleep to sleep to waking up.
There are generally three states of sleep at night: wakefulness, light sleep, and deep sleep. Awake is when there are large movements, light sleep is when you have various small movements of turning the covers and rolling over, and the deep sleep state is when you are completely relaxed and motionless.
Tap the Sleep app on your bracelet after measurement to view your sleep data. On the home page of the Sports Health App, tap the sleep card to view the sleep detail data. Scientific sleep and normal sleep present different data content on the app. Scientific sleep: there is sleep score, deep sleep, light sleep, rapid eye movement, awake state analysis.
What is the use of smart wearable's motion monitoring function?
1, in sports will wear smart watches, bracelets and other devices, tracking heart rate, pulse oximetry, exercise intensity and trajectory, etc., through this information can better understand their own sports conditions, and better adjustments. Because blood oxygen saturation can be detected anytime and anywhere through smart wearable devices, the application scenario of blood oxygen detection is very wide.
2. Monitor the body's condition and understand how the body adapts to the exercise condition to help you make progress, while preventing overloading that can lead to injuries.
3. Of course, holding and sleeping is not an advantage, but being able to carry the device around all day facilitates continuous health or medical monitoring of the user. In addition, through the skin vibration for silent sleep wake-up, etc. 24 hours close to the characteristics of the wearable device is not easy to be stolen or lost. Wearables are more aesthetically pleasing and stylish.
4. Smart bracelets are waterproof, you don't have to worry about being damaged even if you wear it for swimming, while pedometers are not waterproof. Health Management.
Wearable technology is designed to provide users with a more convenient, intelligent and personalized digital life experience. Wearable technology usually consists of a variety of technologies, such as sensors, microprocessors, and wireless connectivity devices, which can collect and process data from the user's body or surroundings in real time and transform that data into useful information or services.
Most brainwave smart wearable products on the market basically rely on the principle of operation to record a person's electroencephalogram and determine the state a person is entering through different brainwave frequencies.
HAKII HAKII will bring "HAKIIICE HAKII Zero Degree Low Latency Wireless Earbuds" and "HAKIIACTION HAKII Awakening Sports Wireless Earphones" to the "Smart Wear Asia 2022 (Summer)".
Wearable devices are intelligent and multi-functional designs that add high-tech components to the original daily wearable items. The purpose of the research and survey on wearable devices is to briefly analyze the prospects and future trends of this product development.
Of course, wearing a smartwatch in the vast majority of cases, is to monitor the health of the elderly.
What's the use of the blood oxygen detection function? These smart wearable devices are supported
Because blood oxygen saturation can be detected anytime and anywhere through smart wearable devices, the application of blood oxygen detection is very wide range of scenarios. Through the blood oxygen saturation detection function can assist in determining the state of sleep breathing. For example, there may be intermittent pauses in breathing during sleep, which may cause insufficient oxygen supply.
The oximeter mainly monitors pulse rate as well as oxygen saturation. Oxygen saturation is a very important basic data, which can reflect the blood oxygen saturation situation in the human body more straightforwardly.
Smart watch, the most basic functions are certainly all complete, such as time, heart rate, step count, stopwatch, alarm clock and so on. And because it has eSIM, you can also use it to make phone calls and check the weather. Even the addition of voice functionality allows you to just move your mouth when performing the above functions, which is very efficient.
What's the use of a smart wearable's blood-oxygen monitoring feature when exercising?
Blood oxygen saturation is an important indicator of physical health, smart wearable devices to add blood oxygen detection function can make the test become more comprehensive, can be combined with a variety of other test data, can be more clear and detailed understanding of their own physical condition, can play a greater reference significance.
Smart wearable sports monitoring function can help users analyze the size of their own exercise, exercise effect and body cardiorespiratory function, and in this way to properly adjust or modify the exercise program, is conducive to physical health.
Smart watch blood oxygen measurement function can monitor our blood oxygen concentration at any time, so that we have a clearer understanding of the body's situation, like I'm using the Gamma watch can monitor my blood oxygen concentration situation, before the high altitude areas, there is a plateau reaction, the watch also pushed me health warning it.
The function of blood oxygen monitoring is quite important, can clearly respond to your physical health status, such as I wear the GarminForerunner255 smartwatch, the monitoring data are mainly respiratory rate, body electricity, heart rate oxygen saturation, etc. 0002099 is very comprehensive, the monitoring data is also more accurate.
What body data can be monitored by current smart wearable devices?
1, before, Huawei's smart wearable devices have been able to achieve continuous heart rate monitoring, ECG collection, blood oxygen measurement, sleep monitoring, body temperature detection, heart health research, stress testing and other functions.
2. Smart wearables can be used for daily life health monitoring, and can also play a role in providing auxiliary data on daily physical conditions when seeking medical treatment.
3, just a bracelet on the hand, that can detect the data needed. Generally there is a display screen to show the data, have a strong battery life, and then through the cell phone APP terminal to statistical observation data, real-time and rapid.
4, brain-like flexible AI chip was introduced, can really effectively monitor human health data. Considering the growing demand for wearable smart devices, Tongji University in Shanghai and other research teams have developed a flexible, stretchable AI chip.
5. Currently, smart wearable devices on the market can be used to track and analyze personal heart rate, sleep, blood oxygen, and other sports health data, helping people complete health monitoring, early warning of heart-related diseases, and other functions without leaving home.
6. This analysis method has been certified by the US FDA and can be used as a safe and effective clinical sleep quality assessment tool. A large number of clinical trials in medical institutions in the US, Europe, and Asia (including China) have also demonstrated the accuracy and reliability of CPC technology. Huawei Sport Bracelet is based on this technology, making its sleep monitoring data more accurate.