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With the intensification of the aging trend, the problem of difficult employment has become more prominent, and some outdoor and urban jobs have also begun to be understaffed. Many related jobs and problems in the future undoubtedly need to be studied and solved in advance. Outdoor work robots are an extension of human limbs and intelligence, constantly expanding the scope of human work.
mowing robot
inspection robot
Marking robot
For the current entire lawn mower industry, the pain points are already very obvious: the navigation information of traditional lawn mowers mainly relies on visual, acoustic and other sensors to provide, usually by burying cables and using eddy current sensors to determine the working area and conduct navigation.
The traditional inspection method for homework lacks scientific and efficient control methods, and lacks skills and protection, which can easily lead to delayed safety warnings for workers, inability of managers to monitor the homework process in real time, inability to replay trajectories, inability to command and dispatch in real time, and other problems, thereby causing casualties and property damage to a certain extent.
The marking robot adopts Beidou high-precision positioning technology and is equipped with a multi-sensor fusion control system, which can achieve automatic driving, avoid or bypass obstacles. It can achieve rapid measurement, solving the problems of harsh working environment, high labor intensity, requiring a large number of personnel, and low measurement efficiency.
Jinwei Integrated Low Power GNSS/IMU Module supports full frequency satellite signals from Beidou, GPS, GLONASS, and GALILEO systems, integrates deep coupling technology, and conducts long-term testing and verification in various typical application scenarios of intelligent robots. It is repeatedly optimized based on pain point environments such as urban canyons, wall corners, tree shade, and narrow corridors.