Overview
The detection robot in the disaster area is composed of the detection robot body and explosion-proof computer of the disaster area, which is mainly used to detect the potentially dangerous area or the area that personnel cannot enter, instead of the emergency personnel entering the scene in time and transmitting back the on-site data in real time, which provides the decision-making basis for the decision-making decision-making decision-makers.
Explosion-proof computer is the display and control center of the robot, placed in a safe area, mainly shows the working status of the disaster detection robot and back-relay information, with the help of video image operators can complete the remote control of the detection robot in the disaster area, forward, backward, turn and other actions.Detection robots in the disaster area are entering dangerous areas.
The carrier of the domain, which receives instructions from the explosion-proof computer, completes various actions, and transmits back the detected data in real time. The camera mounted on the robot has infrared capabilities and is still able to capture clear images at 0 light.The communication medium between the explosion-proof computer and the disaster detection robot uses 1300 meters long fiber optic cable, the fiber optic cable wraps around the optical cable shaft, the fiber optic cable shaft is fixed on the robot, and the cable is automatically released with the robot's movement.
Product features
Track-type walking mechanism, support area is large, ground than pressure, traction attachment performance is good, not easy to slip, conducive to play a larger traction, off-road maneuvering performance is good, climbing, cross-barrier, cross-ditch ability, has a good ground adaptability and ability to pass;
Explosion-proof, waterproof dual design, the whole robot waterproof using a dynamic seal and static sealing combination of sealing method: the power output part is dynamic seal, the combination surface between the shell is static seal.In the process of assembly, the robot carries on the waterprooftest test in each link, and finally the whole machine has to carry out the dynamic waterprooftest test in the water.
The use of advanced embedded design, compact structure, low power consumption, low heat dissipation, high reliability of the control system;
Modular design, easy to repair;
The interactive interface adopts the user-friendly design, the operation is simple;
Auxiliary transport function: can carry the appropriate amount of relief materials into the disaster area;
Product use without complex prior preparation, in the case of sufficient battery power can be put into use at any time, in line with the use of emergency rescue equipment requirements.
