As the leader in smart glasses and AR and VR, Vuzix has launched a device that combines wearable technology and AR technology – the Blade 3000 Smart Sunglasses – with innovative design and engineering. Four InternaTIonal CES 2017 Innovation Awards. The Blade 3000 smart glasses are wearable devices that give users an optically transparent audiovisual experience. With this device, it is easy to integrate with the screen and information of a computer or a smart phone (instead of a heavy head-mounted device). And, the Blade 3000 sunglasses are equipped with a vibrant colorful monocular display that can be accessed only by looking up. GPS navigation and positioning, restaurant menu information, weather forecast, alarm clock... Blade 3000 can meet your various needs. The so-called non-navigation mobile phone is not good glasses. One of the most revolutionary features of the Blade 3000 is its full correspondence with smartphones. Vuzix said that people wearing the Blade 3000 don’t have to pull their phones out of their pockets because The glasses are more than just a "second screen." No need to take out the phone, the user can face almost all operations, can be done through this sunglasses. The Blade 3000 also supports pairing with smartphones via Wi-Fi and Bluetooth connectivity, which can then be used for message push, GPS navigation (both in head-up display / HUD format). The Blade 3000 also integrates a high-definition camera, motion tracker, and a trackpad. Although it runs on the Android operating system, it is compatible with Android and iOS phones. The Blade 3000 and other current offerings are expected to be on display at Central Hall #13246 in the Las Vegas Convention Center from January 5th to 8th, 2017. Relevant information such as product prices and release dates will also be officially announced at CES in January 2017.
Two - way trigger diode, also known as two - end ac device (DIAC), and two - way thyristor at the same time.Because of its simple structure and low price, it is often used to trigger the bidirectional thyristor, and can also constitute overvoltage protection circuits.Construction, symbol and equivalent circuit of a bidirectional trigger diode.
Also commonly used in the overvoltage protection, timing, shift equal circuit, Figure 2 is the overvoltage protection circuit composed of bidirectional trigger diode and bidirectional thyristor.When the transient voltage exceeds the DIAC and Ubo, the DIAC quickly conducts and triggers the bidirectional thyristor to also conduct, so that the following load is protected from overvoltage damage.
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