A fishing diving lamp with an open hollow structure

Abstract

The invention discloses a fishing diving lamp with an opened hollow structure. The fishing diving lamp comprises a cylindrical lamp body provided with a transparent cylindrical cavity, an internal shell and a lamp holder shell provided with openings at two ends. The thicker end opening of the internal shell is buckled with one end opening of the lamp holder shell in a sealed manner to form a hollow sealed cavity, the buckled connection of the internal shell and the lamp holder shell is fixed to the end face of one end of the hollow cylindrical lamp body, and the internal shell is located in the cylindrical cavity of the cylindrical lamp body; an input cable enters the sealed cavity to connect to a power supply component through the other end opening of the lamp holder shell; the outer surface of the cylindrical lamp body is fixedly provided with a circuit board and a sealed lamp cover, and the circuit board is provided with a plurality of LED illuminating elements. Thus, the fishing diving lamp has the advantages that energy consumption is lowered, energy saving effect is significant, large quantity of diesel can be saved, large cabin space is emptied, fish cabin space can be enlarged, radiating effect is fine, service life is long, lighting can be implemented at 360 DEG C, and the lighting area is large.

Description

technical field [0001] The invention relates to the technical field of lighting and energy saving, in particular to a fishing diving lamp with an open hollow structure. Background technique [0002] In marine fishing, it is often necessary to dive into the deep sea to carry out relevant fishing operations, and the light in the deep sea is relatively dark, and relevant lighting equipment is needed to realize lighting; traditional diving lights are generally large bulb-shaped structures, mainly including metal halide lamps, High-pressure sodium lamps, self-ballasted mercury lamps, and tungsten-halogen bulbs, etc., due to the large buoyancy of the bulb structure, it is not easy to dive. In order to solve this problem, the traditional method is to increase the weight of the sinker, but after the sinker is increased, it will make The entire diving lighting equipment is relatively heavy, which is not conducive to moving and carrying; at the same time, the traditional bulb-structur...

AI Technical Summary

Problems solved by technology

[0002] In marine fishing, it is often necessary to dive into the deep sea to carry out relevant fishing operations, and the light in the deep sea is relatively dark, and relevant lighting equipment is needed to realize lighting; traditional diving lights are generally large bulb-shaped structures, mainly including metal halide lamps, High-pressure sodium lamps, self-ballasted mercury lamps, and tungsten-halogen bulbs, etc., due to the large buoyancy of the bulb structure, it is not easy to dive. In order to solve this problem, the traditional method is to increase the weight of the sinker, but after the sinker is increased, it will make The entire diving lighting equipment is relatively heavy, which is not conducive to moving and carrying; at the same time, the traditional bulb-structured diving lights consume a lot of energy, and fishing boats need to carry a large amount of diesel to generate electricity for their work. Therefore, storing diesel will take up a lot of time. There is a lot of space for fishing boats, and the service life of traditional diving lights is short, and its input cables are easily damaged due to the weight of the lighting equipment itself

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