Background & Demands There have been drowning accidents all year round. A certain river section in Bazhong City has year-round accumulation of silt and sand, featuring low water quality and low visibility. Yet, in order to quickly respond to rescue work, help salvaging frogmen obtain more effective underwater information, and rescue in emergency, underwater robots provide underwater search and salvage applications solutions for this problem. Solution Applications & Advantages Large-scale search and salvage work When we need to search and salvage in broad waters during the accident, time-consuming things might come. Underwater robot P1 features a maximum speed of 3 knots, a maximum depth of 100 meters, and a moving range of up to 200 meters. In this case, the rescue team can operate and command at a fixed point on the shore, and achieve large-scale coverage through underwater robots’ search and salvage work. The limitations on frogmen’s stamina and oxygen cylinder Generally speaking, the physical strength of the frogman is changed by external environment. At the same time, the general oxygen cylinder has 12 liters, but it only supports the diver to work for forty to one hour. Underwater robot P1 is equipped with a large-capacity battery that can work continuously for up to 4 hours, and supports battery replacement, which can extend the search and rescue time indefinitely, and can solve the problem of interruption of search and rescue missions caused by limited human strength of oxygen cylinders. Buying more decision time When arriving at a certain water area, the danger in some places where the accident occurred does exist, to some extent. Underwater robot P1 has a built-in depth & temperature sensor and a 4K anti-shake lens, which can take high-definition pictures of the underwater situation, and accurately record the underwater terrain environment and the situation of where the accident occurred in advance, buying more decision time for rescuers before operating. Saving costs Labor costs often include long-term high-cost investment such as training & work. Underwater robot P1 can be equipped with a robotic arm, so the target can be clamped and dragged through remote control. The operation can be carried out at any time using the robot saving the cost of manual salvage. Product Underwater Rescue Robot P1 is a light industrial-grade underwater robot designed for professional users, government agencies, enterprises and organizations. It adopts 8-thruster full-vector layout, which can realize 360-degree movement. The maximum speed is 3 knots, the depth is 100 meters, and the maximum level is 200 meters. It supports various payloads such as robotic arm, GOPRO, external LED lights and laser scaler. It has built-in 4K/12 million pixel EIS anti-shake camera, 4000 lumens LED light, removable battery, pluggable SD memory card, aluminum alloy compact body(weighs less than 5KG), and optional electric winder. Individual operation can be quick...

Background & Demands Water safety has always been the focus issues, as floods, marine accidents, and drowning occur from time to time in our lives. When encountering those kind of accidents, it is impossible to complete the rescue mission by fighting alone. Therefore, general water rescue task actions will be carried out in the form of a team where the division of work is clear to ensure that the whole rescue operation can be smoothly executed. Intelligent emergency rescue management system(IERMS) brings a marine rescue solution specialized in rescue situations where multiple rescue groups can’t cooperate with each other well against the difficulties in rescuing and back end team doesn’t know what front end is exactly going on that they can’t adjust tactics immediately. Solution Applications & Advantages Drowning & rescue The sea, lakes, piers, riversides, and rivers have been under management in most of the waters of our country. However, due to factors such as water playing, water area gathering with activities, accidents in the waters may easily occur. But with the rescue management system, the front-end system can monitor in real time when it comes to dangers. While it’s in emergency, the system can immediately transmit the images & videos to the back end and the back end can send forward water rescue robots and personnel to rescue and reduce losses in time. Flood relief During the flood season from April to September each year, 26 provinces including Guangxi, Guizhou, Guangdong, Hunan, Jiangxi, and Chongqing may be affected by floods. Through IERMS, the on-site situation can be monitored in advance through the front-end. The system also integrates GIS map to locate the on-site area. After receiving the images and videos at the back-end, it will cooperate with the front-end to dispatch water rescue boats for multi-person rescue in time to improve emergency search and rescue, improving efficiency and reducing more losses. Salvage and rescue Salvage and rescue in waters is an extremely complex task. Its underwater environment is complex, with low visibility and wide range. Even in autumn and winter with low temperature, which brings challenges to firefighting and rescue teams, the front-end AI smart camera of the system can still monitor the alarm or the back-end receives on-site salvage requests, and the back-end can assign front-end underwater search and rescue teams to the scene and use underwater robots to assist in salvage to complete search and salvage tasks and improve search and rescue efficiency. Water area monitoring Summer is a period where heavy rainfall occurs quite often, and is also a period where students or even adults meet with accidents. In some remote rivers, lakes, reservoirs, ponds and other places, they often bring huge challenges to safety supervision. Yet IERMS features drone audio transmitting and AI Camera with 24-hour face recognition and monitoring which can quickly capture human faces and give intel...