A smart underwater light with automatic cleaning and power generation functions

Abstract

The invention relates to an intelligent underwater light with automatic cleaning and power generation functions. It includes a battery, a charging box, a drainage outlet, a cleaning box, a power supply wire and two charging wires. The charging box is provided with two power generating mechanisms, and the cleaning box is equipped with two power generating mechanisms. It is equipped with a chute and a light tube. There is a cleaning mechanism in the chute. The power generation mechanism includes a water inlet pipe, a groove, an outlet pipe, a closing unit and a charging unit. The cleaning mechanism includes a drive unit, a limit plate, a fixed rod, a rotating unit, Support rod and brushing unit, this smart underwater light with automatic cleaning and power generation functions can use water energy to generate electricity through the power generation mechanism, so that the smart underwater light can continue to illuminate for a period of time even in the event of a power outage. The practicality of the underwater lamp is not only that, through the cleaning mechanism, the smart underwater lamp can clean a layer of dust accumulated on the surface of the lamp tube, thereby enhancing the lighting effect of the smart underwater lamp.

Description

technical field [0001] The invention relates to the field of outdoor lighting, in particular to an intelligent underwater lamp with automatic cleaning and power generation functions. Background technique [0002] Underwater lights are lights installed under the water. The appearance is small and exquisite, beautiful and generous. It is an underwater lighting fixture with mixed colors of red, green, and blue. It is a lighting fixture for fountains, theme parks, exhibitions, commercial and art lighting the perfect choice. [0003] But because the water contains dust, the surface of the existing underwater lights will accumulate a layer of dust, so that the lighting effect of the existing underwater lights will decline. Not only that, but the existing underwater lights generally do not have automatic power generation function, so that Existing underwater lights cannot continue to illuminate in the event of a power outage. Contents of the invention [0004] The technical pro...

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Problems solved by technology

[0003] But because the water contains dust, the surface of the existing underwater lights will accumulate a layer of dust, so that the lighting effect of the existing underwater lights will decline. Not only that, but the existing underwater lights generally do not have automatic power generation function, so that Existing underwater lights cannot continue to illuminate in the event of a power outage

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