Recently, Zoomlion's intelligent technology research and development achieved new breakthroughs - the successful launch of the embedded 3D display system, as a display system that can be applied in agricultural machinery tractors, tower cranes, sanitation machinery and other products. Its more stereoscopic and three-dimensional display effect can provide customers with a more intuitive, realistic visual experience and a more convenient operation experience. With the rapid development of intelligence, integration and informationization of intelligent equipment host control systems, the level of embedded applications is deepening. Vehicle diagnostic information, remote service information, map location information, and assisted driving information all require a powerful display system for human-computer interaction with operators. Especially in Europe and America, embedded 3D display systems have been used in many agricultural machinery products. At present, a single two-dimensional display mode in the domestic market can no longer meet the intelligent needs of high-end products. Therefore, the development of embedded 3D display system has become a key project for the development of Zoomlion technology. An embedded system is a specialized computer system designed to be built into a controlled device and designed for a specific application. The embedded 3D display system is a display technology that can realize 3D display effects for embedded systems. For the relatively low computing and graphics processing capabilities of embedded systems, small storage space, relatively low display resolution, etc., the embedded 3D display system uses ARM+Linux+QT development platform to implement 3D display hardware. Acceleration capabilities can also leverage the cross-platform graphical user interface application development framework QT. The platform combines with OpenGL According to the relevant person in charge of Zoomlion, the embedded 3D display system has been successfully applied to the tractor automatic navigation driving system, which can realize the 3D scene construction of the agricultural machinery in the field, and the working state of the tractor can be collected by the sensor. Real-time tracking of the tractor's working state of forward, backward, left turn, and right turn in the farmland scene, assisting the operator to understand the tractor driving route, reducing operator fatigue, improving user experience, and improving work efficiency. It is understood that the embedded 3D display system has a wide range of application scenarios and products, and the technology content is high. The system can also be applied to related fields such as tower tower anti-collision and structural component fault diagnosis. Frame steel electric scooters are generally more compact and stylish appearance, generally less than one meter easy to carry. Electric scooters can be folded, fold up small footprint can easily carry. For office workers, you can go out to ride the Electric Scooter to the bus station by car, and then when the bus can be folded to carry, work when the trunk can be put elevator. Electric scooters do not need people to rely on the strength of the waist twisting and foot push to promote skateboarding, but the use of electricity as energy, battery capacity. Electric scooter battery in addition to large capacity, there are high-power motor, scooter can ensure long life, with strong power and climbing ability. High strength steel frame, light weight, large span. Production factory, processing performance is good Frame Steel Electric Scooter,Electric Scooters For Adults,Aluminum Alloy Electric Scooter,Custom Steel Frame Electric Scooter QuZhou Benneng Vehicle Co.,LTD , https://www.cn-ebikes.com
ES2 technology realizes the leap of embedded 2D display to 3D display, which can realize realistic dynamic effects, which means that traditional intelligent equipment human-computer interaction will no longer be limited to plane interaction, which can display relevant information to users more realistically. User experience, deepen the depth of interaction.