Project DescriptionWith the rapid development of artificial intelligence and digital technology, industrial robots have gradually entered human production sites, constantly replacing humans to complete various more challenging tasks, and solving the hazards caused by failure to detect and handle safety hazards in a timely manner during the operation process. Therefore, strengthening safety prevention and timely detection and handling of hazards are the main means to reduce safety accidents in industrial production, Bodaqun's proprietary wireless roaming device can solve the inconvenience caused by various complex environmental factors, providing robots with high bandwidth, stability, and; 0” Delayed wireless link.According to the customer's on-site description, this project mainly focuses on the application of explosion-proof robot inspection information and video feedback in oil and gas field operation sites and stations. The robot is trackless and moves in a fixed area, carrying cameras and temperature and pressure detection data; Require real-time and continuous video data transmission during robot movement, and ensure real-time remote operation of the robot without packet loss when switching between multiple base stations.The plan is to install multiple base station equipment to cover the work area without dead spots. The video and monitoring data of the robot are transmitted back to the base station installed on the site through wireless links, and then transmitted back to the data room server through optical fiber by the base station.Project characteristics1. Seamless switching, no packet loss, and stable wireless transmission2. The device has low power consumption and supports battery power supply3. Unified management and scheduling of AC control equipment, saving time and reducing costs4. Real time monitoring of operational status and timely detection of hidden dangers5. High bandwidth, strong anti-interference ability, and no worries about lag issues6. Stable maintenance free, reducing maintenance and repair losses, improving departmental efficiencyCase photo&Nbsp;