A new type of led fishing light

Abstract

The invention relates to a novel LED fishing lamp. An existing fishing lamp is difficult to operate collectively and breaks easily, and broken residues threaten human health and pollute environment. The novel LED fishing lamp is formed by a drive part, a light source part, a heat-dissipating part and a fixing piece part. The drive part comprises a drive circuit board and a signal transmitting system. The light source part comprises an LED luminous body, a reflection cover, a lens, a lens support, a lens waterproof pad, a lens waterproof enhancing pad and an angle pad block. The heat-dissipating part comprises a heat-dissipating body, an end cover and an end cover waterproof pad. The fixing part comprises a fixing plate, a cover plate, an installing support, an installing base and a cover plate waterproof pad. A split type combination is adopted in the installing process, and the light source part is installed on the surface of the heat-dissipating body. An installing base is clamped into a slide groove of the side face of the fixing plate, and the installing base and the installing support are fixed on the fixing plate internally provided with the drive circuit board through screws. The cover plate and the end cover are fixed on the heat-dissipating body through the screws and the waterproof pads. The novel fishing lamp is simple and easy to assemble and disassemble, safe, waterproof, long in service life and beneficial for popularization, and saves energy.

Description

technical field [0001] The invention relates to the technical field of electronic lighting, in particular to a novel LED fishing lamp. Background technique [0002] At present, the lamps commonly used on fishing boats are generally incandescent lamps and metal halide lamps. The shells of these lamps are made of glass and are easy to break. A large number of lamps are often damaged on board, and when the lamp body is broken, the glass fragments produced seriously threaten the personal safety of the crew, and the toxic mercury will also pollute the seawater; there is also a commonly used fish luring lamp that emits blue-green light —Indium-thallium lamp, the main disadvantage of indium-thallium lamp is that its spectrum cannot be adjusted, and its power is high, heat production is high, and the bulb's working temperature is high, which has certain safety hazards. Moreover, thallium is a highly toxic substance. Once the lamp body rupture, there may be serious consequences. ...

AI Technical Summary

Problems solved by technology

[0002] At present, the lamps commonly used on fishing boats are generally incandescent lamps and metal halide lamps. The shells of these lamps are made of glass and are easy to break. A large number of lamps are often damaged on board, and when the lamp body is broken, the glass fragments produced seriously threaten the personal safety of the crew, and the toxic mercury will also pollute the seawater; there is also a commonly used fish luring lamp that emits blue-green light. —Indium-thallium lamp, the main disadvantage of indium-thallium lamp is that its spectrum cannot be adjusted, and its power is high, heat production is high, and the working temperature of the bulb is high, which has certain potential safety hazards. Moreover, thallium is a highly toxic substance. Once the lamp body rupture, with potentially serious consequences

For a long time, the greater the total power of fishing lights, the better the fishing effect, which makes the total power of fishing lights increase year by year, resulting in unnecessary energy loss. Some fishing boats use more fuel to increase the total power of fishing lights Fuel consumption accounts for more than 50% of the total fuel consumption of fishing boats, and fuel costs remain high, making the fishermen's economic burden relatively heavy. On the other hand, under the current environment of energy conservation and emission reduction, marine fishing has become the focus of government departments Focus on the target and vigorously promote its energy saving and emission reduction work

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