In modern industrial scenarios, orbital inspection robots have become an indispensable part of intelligent factories. Compared with traditional manual inspection, these robots can not only complete various inspection tasks in all-weather and high precision, but also continue to work in extreme environments, greatly improving production efficiency. However, with the continuous development of intelligent manufacturing, orbital inspection robots are also facing higher technical requirements, especially in terms of the weight and charging efficiency of the equipment.

The orbital inspection robot is usually divided into two forms: lifting rail and ground rail. Whether the robot is suspended in the air or the robot is running along the ground track, it needs to have high-precision positioning ability to ensure the accuracy and reliability of inspection. However, the improved positioning accuracy also means that the requirements for the robot's own weight are more stringent. The lighter the robot, the more quickly and flexibly it can move in orbit, reducing energy consumption and thus extending the duration of a single inspection mission. Therefore, lightweight design has become one of the key issues of orbital inspection robots.

In lightweight design, the innovative application of wireless charging technology is particularly important. Traditional charging equipment is usually large, heavy weight, can not meet the needs of lightweight. The high power wireless charger of parity space and time brings new possibilities for this purpose. This charger is not only small in size and light in weight, but also can complete efficient charging in a short time, providing a steady stream of energy support for inspection robots. By optimizing the transmission path of the electromagnetic field, the parity space-time technology significantly improves the charging efficiency, while avoiding the energy loss caused by the change of distance and Angle in traditional wireless charging. This lightweight design of charging equipment fully meets the needs of modern orbital inspection robots for efficiency and convenience, and escorts the long-term operation of robots.

Looking forward to the future, with the continuous advancement of intelligent manufacturing, orbital inspection robots will usher in broader application prospects. The breakthrough of lightweight design, especially the progress of high-power wireless charging technology, will further promote the popularization and development of these intelligent robots. Lightweight not only means higher energy efficiency and longer battery life, but also represents another technological innovation in the field of industrial automation. In this challenging technical competition, lightweight design will become the key to leading the future, helping orbital inspection robots to show better performance in various industrial fields.