The exercise monitoring function of smart wearable can help users analyze the size of their own exercise, the effect of exercise and the body's cardiorespiratory function, and in this way to appropriately adjust or modify the exercise program, which is conducive to physical health. Microchip technology independent research and development of heart rate, blood pressure, blood oxygen, blood sugar and other health functions algorithms applied to smart wearable devices, to bring users a full range of multi-dimensional sports health data monitoring, Microchip also provides a wealth of sports and fitness scenarios application, and accurate fitness guidance supervision, so that users can really get the experience of healthy exercise.
What does smart wearable meanSmart Wearable Explained
1, smart wearable devices is a category of portable electronic products, the main products are smart watches, smart bracelets, wireless headphones, etc., which can be used to establish a real-time transmission or data synchronization with cell phones through a Bluetooth connection or the support of APP. Smart wearable devices have portable characteristics and multifunctional interactive experience.
2. The penetration of smart wearable devices into people's lives is getting deeper and deeper, and the expansion of their functions is also getting more and more extensive, which can be realized through the testing of product quality. Smart wearable devices are equipped with connectors to connect circuits and signals, and testing requires a connection module that can transmit current to the connectors to ensure the stability of the test. The Shrapnel Micropin Module is a powerful and stable connector that can transmit large currents within the range of 1-50A in the testing of smart wearable devices such as smart bracelets, smart watches, and TWS headphones, and also has strong overcurrent capability in the field of small pitches, which allows it to maintain a stable connection over a long period of time.
Cell phone and smart wear test that number is better
Generally speaking, both cell phone and smart wear test numbers are better because they both provide useful information and features. However, if you want specific features, then you need to choose the right test number for your needs.
What are the wearable devices that can measure health indicators such as heart rate and blood pressure and oxygen?
First of all the functionality of wearables is based on comfort. And all three of these metrics need to be measured accurately, or at least by very close-fitting instruments. And a wearable that fits too snugly is bound to be very uncomfortable.
I've had a heart attack before, and in order to get changes in blood pressure and heart rate throughout the day, I've stuck little suction cups for measuring heart rate all over my body, attached to a little box. Also had a sphygmomanometer that automatically measured blood pressure at regular intervals. Do you imagine most of the night it buzzed and flushed every half hour then slowed and released and finally poofed and held? It was basically up all night ！！！！！！
And then casually say a couple of words all based on impression, professional error please do not begrudge pointing out.
Heart rate: there are many ways to measure the heart rate, and now there are two commonly used: 1, measuring the heart current, which is relatively accurate one, the principle is basically the same as in the hospital ECG. The advantage is accurate, can be measured continuously, the disadvantage is not portable enough, the vast majority of the requirement to wear a chest strap.
2, photoelectric measurement method. It is also a more common measurement method for sports watches nowadays. There is an infrared emitting and receiving device on the watch, which measures the heart rate by measuring the absorption of light by hemoglobin in the blood. The advantage is portable, the disadvantage is very inaccurate, very susceptible to the influence of the external environment, not to mention strenuous exercise.
Blood pressure: There are two main types of blood pressure measurement, direct and indirect. Because the direct type is through the sensor to directly measure the pressure change, so the accuracy of the instrument is very high. Nowadays, the indirect method is commonly used, and the indirect method is divided into the auscultation method and the oscillometric method, which have their own advantages and disadvantages, and it is impossible to tell which one is more accurate. However, there is no doubt that these two methods are not suitable for normal people to carry with them on a daily basis. Now portable blood pressure measurement basically look like this: ↓↓↓↓↓↓