Intelligent energy-saving navigation beacon lamp

Abstract

The invention provides an intelligent energy-saving navigation beacon lamp. The intelligent energy-saving navigation beacon lamp comprises a heavy disc, a floating barrel, a lamp cover, an electrical filament, a column body, a photovoltaic module, a light reflecting ball and a lightning rod; the light reflecting ball is located on a ball seat at the top of the column body; the lightning rod is located at the center of the top of a ball body of the light reflecting ball; the photovoltaic module is arranged around the column body; a supporting rod is fixed on an outer wall of the column body; a support is arranged on the supporting rod; an upper end of the support is inclined toward the column body; the photovoltaic module is mounted on the support; the column body is a hollow cylinder; a current detector, a storage battery and a control center are mounted in a cavity of the column body; the clamp cover is mounted below the column body; the electrical filament is mounted in the lamp cover; the floating barrel is located below the lamp cover; the heavy disc is fixedly connected with the bottom of the floating barrel; the heavy disc is further provided with three anchor chain rings. The intelligent energy-saving navigation beacon lamp takes solar energy as an energy source and the frequency of replacing batteries is reduced; an intelligent control center is arranged and is used for intelligent controlling turning-on and turning-off the electrical filament, so that the waste of the energy source is reduced.

Description

technical field [0001] The invention relates to the field of cables, in particular to an intelligent energy-saving navigation beacon light. Background technique [0002] Ships rely on buoys to guide navigation when sailing, so they have high requirements for the lighting and visibility of buoys. Due to the changeable water environment, traditional buoy lights have many defects. For example, buoy lights at sea generally use batteries as energy sources and need to be replaced regularly Batteries consume a lot of energy and are costly. Lack of intelligent control leads to the fact that the battery still supplies power to the wick even when the visibility is high during the day, resulting in a waste of electricity. Some beacon lights use solar power, but due to the unreasonable setting of photovoltaic panels When the position of the navigation mark is shifted, the position of the photovoltaic panel changes, resulting in a low utilization rate of solar energy. Contents of the i...

AI Technical Summary

Problems solved by technology

[0002] Ships rely on buoys to guide navigation when sailing, so they have high requirements for the lighting and visibility of buoys. Due to the changeable water environment, traditional buoy lights have many defects. For example, buoy lights at sea generally use batteries as energy sources and need to be replaced regularly Batteries consume a lot of energy and are costly. The lack of intelligent control leads to the fact that the battery still supplies power to the wick even when the visibility is high during the day, resulting in a waste of electricity. Some beacon lights use solar power, but due to the unreasonable setting of photovoltaic panels When the position of the navigation mark is shifted, the position of the photovoltaic panel changes, resulting in low solar energy utilization

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