In a report, although the United States is leading the way in driverless technology, it is being restricted by the US policy of driverless driving. In contrast, the policy environment in Asia and Europe is becoming more and more friendly, and some companies have chosen to conduct unmanned vehicle testing in these locations.
In the United States, Arizona and California are leaders in driverless technology, and the two states currently have the largest unmanned test fleet in the United States. In other countries, such as China, Baidu is continuing to develop unmanned vehicles, and the driverless buses that previously carried its Apollo platform have begun road testing. South Korea has also quietly moved forward in this regard. According to reports, Korean automakers Hyundai plans to sell autonomous models in 2020. In addition, in order to solve the congestion problem, Singapore has also allowed public road testing in 2015.
In Europe, there are currently four cities in the UK that allow public road testing, and France and Israel have allowed unmanned vehicles to pass public road tests after review. In this area, Germany may provide a framework for other countries to allow the driver to leave the steering wheel during the test, but in the event of an accident, the car manufacturer must be responsible for the accident.
According to Bloomberg, China will deploy more than 30 million self-driving cars across multiple autopilot levels over the next decade.
What is a miniature slip ring? Miniature slip rings are rotary electrical connectors that allow power and data to be transferred between a stationary and rotating structure. They are often used in medical, military, and aerospace applications where size and weight are critical factors.
A miniature slip ring typically consists of two parts: a stationary housing and a rotating contact assembly. The contact assembly contains the brushes that make electrical contact with the rotating structure, as well as the rings that conduct current or data.
The housing can be made from any number of materials, including metals, plastics, and composites. It is typically designed to be as small and lightweight as possible while still providing adequate strength and durability.
The contact assembly is made from precious metals such as gold or silver in order to provide good electrical conductivity.
Technology improves with the continuous development of precision machinery. The more sophisticated the equipment, the smaller the volume will be. And the space that can be accommodated for installing the slip ring is also very small. The key parts of some equipment are quite a district. Especially in the high-end military, aerospace and aviation fields. 360-degree rotation is required to transmit current and signals. And the installation space is greatly reduced. It is to make the equipment work more smoothly. Therefore, it is necessary to design the slip ring to be small and exquisite. Otherwise, it won't meet the needs of the installation.
At the same time, we have moved with the continuous development of science and technology. Various high-end precision instruments have been developed. It requires the slip ring to transmit the current amount of general power. Also often undertake the transmission of weak electrical signals and various weak signals. The transmission medium is wider, and the number of loops of the slip ring is increasing.
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