7results about How to "Good deicing effect" patented technology

The present application relates to the technical field of composite functional materials, in particular to a spinel-type composite photothermal super-hydrophobic coating, a preparation method thereof and application thereof in ice prevention and removal, wherein the preparation method of the spinel-type composite photothermal super-hydrophobic coating first prepares spinel-type CuFeMnO4 material with micro-nano structure through co-precipitation and high-temperature heat treatment of copper salt, iron salt and manganese salt, and then performs surface hydrophobic modification on the spinel-type CuFeMnO4 material by using palm wax. By combining the excellent photothermal conversion performance of the spinel-type CuFeMnO4 material with the low surface energy characteristics of palm wax, the synergistic effect of high-efficiency photothermal conversion and super-hydrophobic performance is realized, so that the coating layer formed by the prepared spinel-type composite photothermal super-hydrophobic coating has excellent super-hydrophobicity, durability and environmental adaptability and can achieve good ice prevention and removal effect. In addition, the preparation method has the advantages of simple process, low cost and environmental friendliness.

The application discloses a sheath type explosion shock wave cable deicing device, and aims to provide a sheath type explosion shock wave cable deicing device which is suitable for radially deicing thick ice on an overhead cable, has good deicing effect and is not easy to damage the overhead cable. The sheath type explosion shock wave cable deicing device comprises a sheath assembly, the sheath assembly comprises an inner sheath and an outer sheath, a space surrounded by the inner sheath forms a cable passing channel, a cable passes through the cable passing channel, a space surrounded by the inner sheath and the outer sheath forms a closed detonation inner cavity, an outer surface of the outer sheath is provided with a plurality of sheath holes which are connected with the detonation inner cavity, an ice breaking sealing plug is arranged in the sheath hole, the ice breaking sealing plug seals the sheath hole, and the ice breaking sealing plug can be separated from the sheath hole; and an initiating device is arranged in the detonation inner cavity.

The application relates to a UAV-based deicing operation robot, which comprises an integrated UAV module and a deicing robot module; the deicing robot module comprises a control module, a wire clamping module and a wire deicing module; the UAV module comprises a multi-modal sensor and a rotor tilting module, the multi-modal sensor can identify the ice type of the wire to be deiced and can also identify the wire inclination angle or the body inclination angle; the wire deicing module is arranged on the wire clamping module and located on both sides of the wire to be deiced, and can move with the wire clamping module; the control module can instruct the wire clamping module and the wire deicing module to act according to the ice type, and the control module can instruct the rotor tilting module to tilt according to the wire inclination angle or the body inclination angle. The integrated design of the application greatly improves the equipment mobility, can quickly reach various complex operation areas, and improves the deicing efficiency and operation flexibility.

The invention discloses a deicing device and application thereof, the deicing device comprises a vibration assembly and a driving assembly, the vibration assembly comprises a first eccentric block and a second eccentric block, and a driving part is connected with a first rotating shaft and a second rotating shaft through a steering part to drive the first rotating shaft and the second rotating shaft to coaxially and reversely rotate. Meanwhile, the first eccentric block is connected with the second rotating shaft, and the second rotating shaft drives the first eccentric block to rotate around the axial center of the second rotating shaft. The second eccentric block is connected with the first rotating shaft which drives the second eccentric block to rotate around the axial center of the first rotating shaft. As the first rotating shaft and the second rotating shaft coaxially and reversely rotate, the first eccentric block and the second eccentric block are respectively driven to coaxially and reversely rotate. The first eccentric block and the second eccentric block drive the deicing device to vibrate in the reverse rotation process, so that the overhead transmission line coated with ice vibrates at the same time, ice blocks or frost layers are shaken off, and efficient deicing is achieved.

The utility model discloses an unmanned plane deicing device with light flow tracking function mainly relates to unmanned plane deicing field. Including unmanned plane main part with camera, the unmanned plane main part is carried with big dipper positioning module, light flow tracking module, and the unmanned plane main part bottom is connected with resonance deicing mechanism, the resonance deicing mechanism includes the installation shell, be equipped with motor on the installation shell, the both sides of installation shell are rotatably equipped with a plurality of eccentric wheels through eccentric wheel axle, the inside of installation shell is equipped with transmission mechanism, and the motor is respectively connected with a plurality of eccentric wheel axle drive through transmission mechanism, and the installation shell bottom is equipped with wire clamp. The utility model has the beneficial effect that: through unmanned plane drive deicing equipment to high altitude cable deicing, the inertia of eccentric wheel rotation is transmitted to the cable on vibration deicing through wire clamp, and the deicing efficiency is higher, and carries big dipper positioning module and light flow tracking module, makes the positioning and identification of unmanned plane in the deicing process more accurate.

The utility model relates to the technical field of broadcast television signal receiving tower auxiliary equipment discloses intelligent deicing lightning protection integration device of broadcast television signal receiving tower, including base and the signal tower of connecting setting at the base top end surface, install and set up deicing mechanism and spacing force mechanism on the signal tower, the deicing mechanism includes setting up the support plate at the top of signal tower, install and set up the connecting rope on the support plate, one end of connecting rope is connected and sets up the knock block, and the winding and unwinding connecting rope of winding shaft are controlled through the motor, so this can drive the connecting plate and knock block to move up and down, and drive the first lug to move up and down simultaneously, and knock block will be extruded by the second lug along with the first lug movement, thereby drive knock block to move away from the outer wall of signal tower, after two lugs no longer contact, knock block resets and can knock and deice the outer wall of signal tower, so this need not use artificial or high cost deicing mode.

The application provides a blade deicing device and a deicing method, which comprise a heating assembly and an air supply assembly connected with the heating assembly and blowing heated air to the cavity inside the blade; a plurality of temperature monitoring assemblies arranged at different positions of the blade and used for monitoring the temperature at each position of the blade in real time; an environment monitoring assembly used for monitoring the rain and snow conditions of the current environment; a controller in communication connection with the heating assembly, the air supply assembly, the temperature monitoring assemblies and the environment monitoring assembly, used for controlling the power or start-stop of the heating assembly and the air supply assembly according to the received rain and snow condition signals and temperature signals; and a power supply used for providing working power for each electric component. The application uses hot air circulation combined with multi-point temperature monitoring to replace the traditional local conduction heating, solves the technical problem that the heat cannot be transmitted to the distal end of the blade in the traditional heating mode, realizes uniform deicing of the whole blade, and effectively restores the power generation of the fan in winter.