Novel navigation light

Abstract

A novel navigation light comprises a hexagonal box with a protection device on the top. Six electromagnetic induction power-generating tubes are evenly installed on a bottom plate in the hexagonal box every equal angle. A strong magnet is suspended in the center of each electromagnetic induction power-generating tube through a vertical lever. The top of each vertical lever is connected with one end of a lever through a rotary shaft. The one third position of each lever is connected with the fulcrum of a support on the outer side wall of the hexagonal box through a rotary shaft. The other end of each lever is connected with a floater through a rotary shaft. An induction coil is arranged at the outer circumference of the middle of each electromagnetic induction power-generating tube in a sleeving mode. The novel navigation light takes full use of the wave power-generating principle and the solar power-generating principle, complementation of the solar mode and the wave mode for power supply to the navigation light is achieved, power supply is sufficient, the power supply mode is diverse, and normal running of the navigation light is ensured; the bird repelling function is achieved by arranging wind cups; a circular lightning strip achieves the lightning function; and by adding the remote measurement and remote control functions, the navigation light real-time positioning and fault diagnosis and elimination functions are achieved.

Description

technical field [0001] The invention relates to a beacon light device, in particular to a novel beacon light with simple and reliable overall structure, ingenious design, dual-energy complementary power generation of wave energy and solar energy, smooth power supply, good bird repelling and lightning protection effect, and remote control. Background technique [0002] The existing navigation lights generally have the following disadvantages: [0003] 1. The weather on the ocean is changeable, and there are sometimes rainy weather, so solar power alone is not enough to meet the power supply demand of the navigation lights. When there are too many rainy days and there is no sunlight for a long time, the navigation lights will be cut off, affecting normal work. , which also affects the normal navigation safety of the ship. It is feasible to increase the capacity of the battery, but it will greatly increase the production cost of the beacon light, and it will also increase the w...

AI Technical Summary

Problems solved by technology

[0003] 1. The weather on the ocean is changeable, and there are sometimes rainy weather, so solar power alone is not enough to meet the power supply demand of the navigation lights. When there are too many rainy days and there is no sunlight for a long time, the navigation lights will be cut off, affecting normal work. , which also affects the normal navigation safety of the ship. It is feasible to increase the capacity of the battery, but it will greatly increase the production cost of the beacon light, and it will also increase the weight. The entire structure must be redesigned;

[0004] 2. At present, the navigation lights in many areas have been distributed independently for a long time, and they cannot realize real-time information interaction with the monitoring and management center. This is specifically reflected in the fact that after the navigation lights are placed, they can only operate according to the established procedures, and the monitoring center cannot monitor every person in the placement area. The navigation lights are remotely controlled and monitored in real time. The management department can only regularly inspect the navigation lights one by one. The management cost is high, and accidents of damage to the navigation lights are prone to occur during the inspection;

[0005] 3. In thunderstorm weather, lightning is easy to hit the beacon light to form a lightning surge and cause damage to the internal circuit of the beacon light;

[0006] 4. Seabirds will build nests on the beacon lights and excrete to cover the lampshade, which will affect the transmission effect of the beacon lights

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