Voice Coil Motor Lidar equipment to help prevent and control pollution. In the twenty-one th century, it was hard to move without culture. In the case of shopping, the cashless era required people to be skilled at using electronics such as smartphones. In the case of urban cleaning, sanitation workers no longer simply sweep the floor and pick up trash, but operate lidar devices...

    yes, it is true that sanitation workers operate lidar equipment. In Haiqu Park, Rizhao, every day, sanitation workers use lidar to scan for sources of high particulate pollution. 

   And this is only the epitome of a series of practical measures taken since the battle against pollution in Rizhao, Shandong Province. Since July 8, Rizhao has been actively using lidar technology to monitor air pollution in real time, locate its source, and treat pollution accurately. 

    Speaking of Lidar Technology, Voice Coil Motors are closely related to it. Lidar measures the distance of a distant object by sending a laser beam and receiving the beam reflected from a distant object. However, laser beams are very narrow and they do not scatter, so a single lidar pulse can only sense a very small object. For practical use, lidar sensors have to undergo some form of "scanning" . Most lidar sensors are connected to a drive motor that rotates them, and once the laser is synchronized with the motor's motion, we can tell where the laser is pointing and combine the whole image of the environment ahead. Therefore, the field of view of Lidar depends on the angle of rotation of the motor, which has been used to swing voice coil motor. 

    Kunshan Tongmao Electronics Co. , Ltd. . home-produced swing voice coil motors are used in Europe and the United States technical standards and processing technology, in addition to providing standard models of swing voice coil motors, but also according to customer needs for Oem, welcome to call the service hotline 400-007-7724. 

     The article was originally written by www.tmmotion.com in Kunshan, China. Please quote the source.