Self-propulsion beacon lamp

Abstract

The invention provides a beacon lamp with the stable posture and a self-propulsion function. The self-propulsion beacon lamp comprises a beacon lamp body, and the beacon lamp body comprises a floatingbody, a beacon lamp frame and a light-emitting component. A tubular shell is arranged outside the beacon lamp body, and the self-propulsion beacon lamp further comprises a protective ring and a buffer ring. The buffer ring and the protective ring are sequentially arranged on the outer side of the shell, the buffer ring and the protective ring are connected through a plurality of elastic elements,and the protective ring and the shell are connected through a plurality of elastic elements. The light-emitting component is arranged on the beacon lamp frame and is not shielded by the shell, the protective ring and the buffer ring. Propellers are further arranged at the upper end and the lower end of the beacon lamp body and are used for pushing the beacon lamp body to move, and gyroscope stabilizers are arranged on the front, rear, left and right portions of the beacon lamp body correspondingly.

Description

technical field [0001] The invention relates to a navigation light in the field of traffic navigation, in particular to a self-propelled navigation light. Background technique [0002] The navigation mark is a sign indicating the direction, boundaries and obstacles of the channel, and is an important navigation aid for the safe navigation of ships. On the basis of the traditional navigation mark, the multi-functional navigation mark adopts advanced sensing technology and communication technology, and integrates sensors such as water velocity, water depth, atmospheric temperature, humidity, atmospheric pressure, rainfall, wind direction, wind speed and oil spill on the navigation mark. Channel management departments and ships provide a wealth of meteorological and hydrological information, providing technical support for ship safety and monitoring ship sewage. The multi-functional navigation mark can not only expand the function of the navigation mark, but also collect more ...

AI Technical Summary

Problems solved by technology

[0003] Due to the special use environment of the beacon light, the base of the beacon light will be tilted and shaken under external factors such as wind, waves, tides, etc., resulting in the crew being unable to see the beacon light in time and accurately, causing the beacon light to operate in bad weather. The ones in it play a role of identification and cannot navigate the ship

Moreover, under the action of wind and waves, the buoy may deviate from the target point. It is a very cumbersome work to find the drifted buoy and put it back to the original location. Dropping the anchor hook below to achieve the purpose of stabilizing the position and attitude of the buoy, the method is extremely primitive, and the anchor hook is thrown into the sea during recovery, which affects the marine environment

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