An anti-winding device with a carbon fiber cutting tool for an unmanned ship propeller

Abstract

The invention relates to the technical field of fiber tool cutting and discloses an anti-intertwining device for an unmanned ship propeller and with a carbon fiber cutting tool. A shell is included, and a gear is movably connected in the shell; a linkage mechanism is movably connected in the gear; the surface of the gear is movably connected with a rotating shaft; the end, away from the gear, of the rotating shaft is movably connected with the propeller; and a cutting mechanism is movably connected in the rotating shaft, and comprises a return spring. The rotating shaft deviates accordingly, and the return spring is extruded, so that the return spring is used for pushing a guiding wheel and a connection rod in the cutting mechanism to move outwards, and the tool is exposed; along with deviation of the rotating shaft, a limiting wheel is used for changing the driving force transmission direction of the rotating shaft, so that the rotating shaft is used for directly driving the tool to rotate; the tool rotates to cut off entanglement; and the tool is in a fan blade shape, and thus can temporarily play a role of a driving source, and therefore the effect that the driving source is achieved while self rescuing is performed is achieved during intertwining.

Description

technical field [0001] The invention relates to the technical field of fiber cutter cutting, in particular to an anti-winding device with a carbon fiber cutting cutter for an unmanned ship propeller. Background technique [0002] The propellers of ships, submarines and other crafts often encounter the problem of entanglement of suspended solids in the water during the process of travel. The more entanglement, the tighter the entanglement, the light will increase the resistance of the propeller and waste energy, and the severe one will make the main engine unable to operate and be forced to stop, causing the ship to lose controllability, and even cause the consequences of ship destruction and human death, which will bring great harm to the navigation of the aircraft. There is a certain security risk. [0003] With the development of modern science and technology, unmanned ship technology has been widely used in the ocean. The situation in the waters that need to work is bec...

AI Technical Summary

Problems solved by technology

[0002] The propellers of ships, submarines and other crafts often encounter the problem of entanglement of suspended solids in the water during the process of travel. The more entanglement, the tighter the entanglement, the light will increase the resistance of the propeller and waste energy, and the severe one will make the main engine unable to operate and be forced to stop, causing the ship to lose controllability, and even cause the consequences of ship destruction and human death, which will bring great harm to the navigation of the aircraft. certain security risks

[0003] With the development of modern science and technology, unmanned ship technology has been widely used in the ocean. The situation in the waters that need to work is becoming more and more complicated. When the propeller is entangled, it is very difficult for the unmanned ship to rescue itself. Once the self-rescue cannot be carried out, the unmanned ship will not be able to continue driving or continue to perform other tasks, which will also increase the difficulty of rescue work. Therefore An anti-winding device with carbon fiber cutting tool for unmanned ship propeller came into being

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