Smart wearable device is a general term for the application of wearable technology to carry out intelligent design of daily wear, and develop devices that can be worn, such as smart watches, smart bracelets, smart glasses, smart clothing and so on.
Broadly speaking, smart wearable devices include full-featured, large-sized devices that do not rely on smartphones to achieve complete or partial functionality (e.g., smartwatches or smart glasses, etc.), as well as smart wearable devices that only focus on a certain type of functionality, and need to be used in conjunction with other devices (e.g., smartphones) (e.g., various types of smart sports bracelets, smart jewelry, etc., that monitor physical signs). --OFweek Wearable Devices
What are the wearable smart devices
Currently there are smart watches, smart bracelets, smart glasses, VR headsets, smart helmets and smart sneakers.
In summary, there are four main advantages:
One, wearable devices are more convenient to operate. Like a smartphone compared to the PC can be more portable, wearable smart devices compared to other mobile devices is not only more portable, in the use of more convenient, it can almost completely rely on the body's natural movements to realize the operation, such as through the blink of an eye to take a picture, waved to open the recording and so on. This is obviously more enticing than holding your hands to the device buttons, swiping, flipping through menus, and searching.
Two, wearable devices are carried 24 hours a day. Although smartphones are popular, it is always impossible to hold at night to sleep, but watches, wristbands and other wearable devices can be. Of course, holding and sleeping is not considered an advantage, however, the ability to carry characteristics around the clock is conducive to the convenience of continuous health or medical monitoring of the user. In addition, through the skin vibration for silent sleep wake-up, etc. 24 hours a day, close to the characteristics of the wearable device is not easy to be stolen or lost.
Third, wearables are more beautiful and stylish. Many people buy iPhone 5, because of the fashion is beautiful to be attracted, rather than take into account the powerful features, and even some purely for the vanity of showing off to meet, the real use of the function is still limited to call and send a text message to chat, less use of other software. I believe that the future production of smart necklaces, smart earrings or smart bracelets, better than no practical use of jewelry. Naturally do not rule out the use of jewelry, gold and diamonds inlaid wearable devices, which is the first choice to show off the rich.
Four, wearable devices to enhance human capabilities. With the rapid development of cloud computing, wearable devices to bring the user's computing power will be extremely powerful. As wearable devices are almost integrated with the human body, the powerful computing ability they bring is like a birthright, just like every person has superpowers.
1, smart wearable devices is a category of portable electronic products, the main products are smart watches, smart bracelets, wireless headphones, etc., through the Bluetooth connection or APP support, and cell phones to establish real-time transmission or data synchronization. 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 getting wider and wider, which can be realized by testing the quality of products. 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 has strong performance and can provide a stable connection. In the testing of smart wearable devices such as smart bracelets, smart watches, and TWS headphones, it can transmit large currents within the range of 1-50A, and also has a strong overcurrent capability in the field of small pitches, which maintains a stable connection over a long period of time.