Transmission case of a power pipeline corridor inspection robot
发布时间:2022-09-23
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Project DescriptionWith the increasing maturity of intelligent technology, robots are becoming increasingly popular in various industries, replacing human labor to perform operations in complex and dangerous environments. BodaCOM roaming series products can solve the transmission of control data, remote video, and other data for inspection robots in the pipe gallery. BodaCOM's proprietary roaming equipment can solve the inconvenience caused by the narrow space, electromagnetic interference, uneven terrain, and complex environmental factors in the pipe gallery, providing high bandwidth, stability, and; 0” Delayed wireless link.The total length of the pipe gallery is 3km. According to customer needs, our company provides the following wireless networking solutions for wireless coverage of the power pipe gallery.Due to the complex on-site environment, a single base station device cannot cover such a long power pipeline corridor. Therefore, a multi base station roaming method is adopted to achieve real-time image and detection data transmission during the robot inspection process.By installing base station equipment at each point, there is no blind spot between the base station and its range; During the robot inspection process, when running from one base station coverage range to the next base station coverage range, seamless switching (without delay or packet loss) is achieved through a roaming mechanism to achieve real-time transmission of robot images and detection data without packet loss.Project characteristics01. Seamless switching, no packet loss, stable wireless transmission02. Unified management and scheduling of AC control equipment, saving time and reducing costs03. Real time monitoring of operational conditions and timely detection of hidden dangers04. High bandwidth, strong anti-interference ability, no worries about lag issues05. Stable and maintenance free, reducing maintenance and repair losses, improving departmental efficiencyProject photos&Nbsp;