In October 2017, Microsoft formally announced that it would cut off peripheral peripherals Kinect from the Xbox 360, confirming that it will stop manufacturing and manufacturing equipment. At that time, a Microsoft spokesperson stated that although Kinect production has been terminated, this is not the end of the technology. Kinect will continue to provide entertainment experiences for tens of millions of Xbox users. Its innovation will be applied to Xbox One, Windows 10, and small. Cortana, augmented reality computing platform Windows Holographic, and future technologies. And now, at today's Build 2018 Developer Conference, Microsoft officially launched Project Kinect for Azure. It is reported that the new Kinect will configure all the features that people are familiar with, and only configure smaller but more powerful components. Specifically, the front end of the new version of Kinect can implement a series of functions, complete tracking of user gestures and high spatial mapping, and the back end applies the Azure cloud platform's machine learning, cognitive services, and artificial intelligence services such as IoT Edge. According to Microsoft, “Kinect's traditional features have been embedded in HoloLens products, and with the support of Kinect's traditional features, Project Kinect for Azure has given entirely new scripts to AI-related developers.†According to reports, the new version of Kinect is much smaller than the previous version of Kinect, and the depth sensor solution specification has been increased to 1024x1024, which should be able to work better in sunny conditions. Therefore, this can help this sensor to be used in more places. However, just like its newly named Project Kinect for Azure, the new version of Kinect's main application scene has been transformed from the original game to the cloud ecosystem. Well, we will wait and see if Kinect's replacement of the vest can reproduce its glory in the game era. Piezoelectric Discs For Flowmeter Sensor
Piezoelectric ceramic disc
Quick delivery
High performance
Application: flow meter measurement
There are many kinds of USF used in closed pipeline according to the measuring principle, and the most commonly used are propagation time method and Doppler method. Among them, time difference ultrasonic flowmeter is used to measure fluid flow by the principle that the time difference of sound wave propagating downstream and countercurrent is proportional to the velocity of fluid flow. It is widely used in raw water measurement of rivers, rivers and reservoirs, process flow detection of petrochemical products, water consumption measurement of production process and other fields. According to practical application, time-difference ultrasonic flowmeter can be divided into portable time-difference ultrasonic flowmeter, fixed time-difference ultrasonic flowmeter and time-difference gas ultrasonic flowmeter.
Ultrasonic flow-meters use at least two transducers aligned so that ultrasonic pulses travel across the flow of liquid or gas in a pipe at a known angle to the flow.
Technical data:
Electromechanical coupling coefficient Kp: > 0.62
Dielectric Loss tg δ: <2%
Nominal Piezo discs for ultrasonic flowmeter:
OD14.2*1MHz PZT-51
OD14.6*1MHz PZT-51
OD15*1MHz PSnN-5
OD15*2MHz PSnN-5
OD20*2MHz PSnN-5
OD15*1MHz PZT-51
OD15*2MHz PZT-51
OD20*2MHz PZT-51
Size, Frequency and Electrode on request.
Piezoelectric Ceramic Disc,Piezoelectric Disk Flow Meter,Piezoelectric Flow Sensor,Piezo Discs Flowmeter Zibo Yuhai Electronic Ceramic Co., Ltd. , https://www.yhpiezo.com
Microsoft Kinect 
Project Kinect for Azure 
Microsoft Kinect
