The characteristic of commercial vehicles is their large size. Even though they are equipped with large side mirrors, there are still blind spots on both sides of the vehicle for the driver to use. When facing harsh weather or road conditions, this will be a huge challenge for drivers. There have been tens of thousands of traffic accidents involving commercial vehicles, with one-third of them caused by blind spots. Due to heavy loads and high inertia, accidents in commercial vehicles are often fatal. Therefore, the safety of commercial vehicles has received widespread attention in the automotive industry. And technological innovation is of paramount importance.

With the popularization of electric vehicles, electric vehicle charging stations will become a key focus of the development of the automotive and energy industries. Charging stations can be used to charge various types of electric vehicles. Charging stations are usually fixed outdoors, such as installed on the ground or walls of public buildings, as well as residential parking lots or public electric vehicle charging stations. So, how to choose the appropriate TFT LCD display screen for different types of charging stations?

Optical OCAOCA bonding is the complete lamination of a cover lens or touch panel onto a TFT LCD display. It is one of the technologies that completely bond LCM and touch panel or cover glass together through solid transparent optical adhesive or liquid transparent optical adhesive. Compared with traditional air/DST bonding, OCA bonding can effectively eliminate the air gap between LCM and touch screen or cover plate.

The digital side mirrors, virtual rearview mirrors, or electronic rearview mirrors are named Camera Monitoring Systems (CMS) by the ISO standard organization. The camera monitor system consists of an external digital camera, an internal digital monitor, and software for image processing. Traditional glass rearview mirrors can be replaced with integrated digital cameras and monitors for better safety and better visibility.