Artificial intelligence (AI), 5G wireless internet, "smart" energy technologies, and robotics - these cutting-edge technologies are listed by the British government as the core of the industrial strategy after Brexit. Last Monday, British Prime Minister Theresa May announced at a conference the government’s "modern industrial strategy." The strategy has ten key pillars, the first of which is "investment in science, research and innovation." The British government said that an increase of 4.7 billion pounds in research and development funds was announced last fall as the core of the new industrial strategy. These funds will be used in areas such as AI, "smart" energy technologies, robotics and 5G wireless. The new policy seems to have revolved around the “fourth industrial revolution†without attempting to revive heavy industries such as coal or steel. The "fourth industrial revolution" is a term proposed by the World Economic Forum (WEF) last year and refers to the changes in automation and robotics to the labor market. Greg Clark, Britain’s Minister of Commerce and Energy, said that the new modern industrial strategy will “improve the public’s living standards and promote British economic growthâ€. There are already a number of agencies that have made predictions: Technology such as robotics and AI may take over millions of jobs globally. WEF estimates that by 2020, these technologies may "destroy" 5 million net jobs. According to estimates by Citibank and Oxford University, 57% of employment opportunities in the OECD will face the test of automation. The British government seems to want to “strive firstâ€, avoid the tide of opposition to automation, strive to cultivate highly skilled workers, help the British to achieve AI and robot revolution, rather than become its victims. As part of a modern industrial strategy, the government plans to spend £170 million to establish a new "technology college" to provide highly skilled technical training for employers' needs and to give people an extra choice outside college. At the World Economic Forum held in Davos recently, Theresa May also stated that she would adopt a more interventionist attitude than her predecessor for the British economy. Piezoelectric Elements For Inkjet Piezo Transducer
Piezoelectric ceramic ring
Inkjet Piezo Transducer,Piezoelectric Vibration Transducer,Piezoelectric Rings,Piezoelectric Elements For Inkjet Piezo Transducer Zibo Yuhai Electronic Ceramic Co., Ltd. , https://www.yhpiezo.com
Applications: ultrasonic vibration tranducer for inkjet printer
Vibration mechanism of inkjet printer:
Generally, it is composed of piezoelectric ceramics and driving rods. By high-frequency electric excitation, piezo ceramics produce high-frequency ultrasonic vibration (above 60 kHz or higher), which is transmitted to the driving rod and generates high-frequency micro-displacement (back and forth expansion) at its front end.
Piezo ceramics components features :
1. High vibration amplitude and can withstand higher power.
2. The product has high reliability, strong maintainability, and is not easy to break down or off-line.
3. The frequency can be adjusted in a wide range, generally within the range of 10KHz.
Yuhai support all the new developping transducer, Welcome the customized elements inquiry.
The present piezoelectric elements for Inkjet piezo transducer is following :
Piezo rings OD4*ID2*2.5mm price USD1.20/pc, 2000pcs
Material: PBaS-4
Fr.: 694 KHz ±5KHz
K33: ≥0.55
Tg loss <0.5%
Ct 60pF ±12.5%
Piezo rings OD4*ID2*2.5mm price USD1.20/pc, 2000pcs
Material: PSnN-5
Fr.: 626KHz ±5KHz
K33: ≥0.57
Tg loss < 2%
Ct 53pF ±12.5%
Piezo rings OD6*ID2.5*2mm price USD1.50/pc, 2000pcs
Material: PZT-41
Fr.: 785 KHz ±5KHz
K33: >0.53
Tg loss < 0.5%
Ct 107 pF ±12.5%
Piezo rod OD3*7mm price USD1.20/pc, 2000pcs
Material: PLiS-51
Fr.: 192 KHz ± 3KHz
K33: >0.62
Tg loss < 2%
Ct 18.7 pF ±12.5%
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UK claims to vigorously develop robotics, artificial intelligence and 5G from Baidu VR