3results about How to "Broad application space" patented technology

The application discloses a composite system for enhancing corrosion resistance of high-entropy alloy and a use method thereof, and relates to the technical field of high-entropy alloy processing. The heat treatment device, the oxidation treatment device and the laser cleaning treatment device are connected with the control panel respectively, so that the temperature, oxidation and laser action of the high-entropy alloy in the processing process can be effectively controlled; the heat field action can accelerate the diffusion of high-entropy alloy elements to obtain more uniform component distribution; the oxidation can quickly generate an oxide protective film on the surface of the high-entropy alloy to isolate corrosion; and the laser cleaning can adjust the surface and interface structure of the high-entropy alloy and help to eliminate surface and internal defects. Through the heat field action, the oxidation and the laser action, the synergistic effect among processes, the corrosion resistance of the high-entropy alloy can be significantly improved, the three-dimensional and comprehensive improvement of the corrosion resistance is realized, and the high-entropy alloy has a wider application space and application value.

The application discloses a B-type cabin drop plate arrangement structure, which comprises a drop plate arranged below an independent liquid cabin, the independent liquid cabin comprising a liquid cabin shell and a heat insulation layer protection shell arranged outside the liquid cabin shell; a plurality of supporting pads for supporting the independent liquid cabin are arranged between the liquid cabin shell and an inner bottom plate of a ship body; the drop plate is arranged between the heat insulation layer protection shell and the inner bottom plate of the ship body; a reinforcing structural member is fixedly arranged on the drop plate, the reinforcing structural member is fixedly connected with a meshed connecting member, and the meshed connecting member is fixedly connected with the supporting pads; and the drop plate is hung between the supporting pads through the meshed connecting member. The application can simply and quickly arrange the drop plate according to needs, improves the safety of the ship body structure, reduces the construction difficulty, saves the construction time, and saves the cost of a shipyard.

The application discloses a kind of based on machine nest and unmanned aerial vehicle's self-organizing network cooperative inspection method and system, it is related to unmanned aerial vehicle and self-organizing network technical field;Cloud management platform issues inspection task, machine nest receives task and decomposes, unmanned aerial vehicle in scheduling region takes off;Unmanned aerial vehicle rises and is independently formed self-organizing network, based on task demand distribution inspection area and path;During inspection process, unmanned aerial vehicle shares position, attitude, inspection data etc. information in real time through self-organizing network, dynamically adjusts operation strategy;When completing part task or power is insufficient, unmanned aerial vehicle returns and charges in nearest machine nest, inspection data is synchronized to machine nest and is uploaded to cloud end;Cloud end carries out fusion analysis to data, generates inspection report, simultaneously according to analysis result optimization subsequent inspection task planning;The application uses above-mentioned one kind based on machine nest and unmanned aerial vehicle's self-organizing network cooperative inspection method and system, and combines unmanned aerial vehicle and self-organizing network technology to realize the cooperative communication between multiple unmanned aerial vehicles and task scheduling and carry out efficient inspection.