The development process of trophies has gone through a long evolution, mainly including the following stages: Ancient Origin Stage: China: The earliest physical trophy in China can be traced back to the "Zhabo Gui" in the early Western Zhou Dynasty. According to the inscription on the Zhabo Gui, King Zhao of Zhou held an archery competition in the capital city of Haojing. Zhabo hit the most bullseye and was rewarded with ten pieces of red copper and two musical instruments by King Zhao of Zhou. Zhabo used these copper materials to make a precious Gui for worshipping D...

The production process of metal refrigerator magnets generally includes the following steps: 1. Design: Use computer-aided design (CAD) software or hand-drawing to design the pattern and shape of the refrigerator magnet. 2. Material selection: According to the design requirements, select suitable metal materials, such as zinc alloy, aluminum alloy, etc. Mold making: Use CNC machining or EDM technology to make the mold. 3. Die casting: Heat the metal material to liquid state, then inject it into the mold, and press the metal material into shape through the pressure of the die ...

Driverless vehicle technology is now more and more mature, the future of driverless cars will gradually into people‘s lives, in order to make people better use of driverless cars, the United States plans to build smart cars and smart cars to match Save energy and reduce traffic accidents.

AR technology can be used in the workplace, but also for entertainment purposes only. Factory workers can learn a new machine with a set of hands-on tutorials, architects can walk through the buildings they envision, and police officers can have different perspectives on crime scenes. At the same time, gamers can play on the battlefield directly in front of them instead of just staring at the screen....

Chinese technology giants are rushing to develop facial recognition technology, and actively promote its commercial use. These Chinese companies are clearly more daring than western competitors‘ cautious approach to facial recognition technology and their fear of frightening privacy conscious consumers....

Recently, researchers at the University of Glasgow in the United Kingdom used graphene to develop an electronic robot skin that is more tactile than human hands. It is reported that the newly developed skin of the robot is essentially a tactile sensor, scientists will use it to create more lightweight prostheses, and the surface of the skin feels softer, more natural robot....