An energy-saving and water-saving color fountain nozzle

Abstract

The invention discloses a colorful fountain nozzle capable of saving electricity and water and belongs to the technical field of fountains. The colorful fountain nozzle capable of saving electricity and water comprises a cylindrical water spraying pipe and an illumination system arranged in the cylindrical water spraying pipe, wherein the periphery of the cylindrical water spraying pipe is fixed and a part of the illumination system is movable. The illumination system is composed of a hollow lamp hole cover, a buoyancy adjusting ball, an elastic sealing film, a nesting connecting screw, a lower rigidity electric conductor, an upper rigidity electric conductor, an annular board, an electric lamp and a transparent protective cover. A light source is combined with a water-saving nozzle with an annular water outlet gap, so that entrance of a poisonous solution is prevented and water conservation of the colorful fountain is achieved; a connecting switch of the lamp is arranged in the lamp hole cover, illumination and water spraying are conducted at the same time, control is conducted in time, the uniformity of the colorful fountain is improved, electric energy is saved, and the ornamental value of the colorful fountain is increased.

Description

technical field [0001] The invention relates to an electricity-saving and water-saving color fountain nozzle, which belongs to the technical field of fountains. Background technique [0002] In people's lives, practical and beautiful fountains can eliminate people's stress and anxiety. The tiny water droplets of the fountain can eliminate peculiar smell, remove ions and harmful dust floating in the air, absorb carbon dioxide, etc., and make the ambient air fresh. The colorful fountains add to the viewing effect, especially the large art fountains, which are full of vigor and vitality. Some of the existing colored fountains add colored organic solvents or inorganic solvents such as copper sulfate in water, and some of them adopt colored spotlights to irradiate dense water flow. However, the use of colored solutions may have certain toxicity and reduce the environmental protection effect of the fountain, while the use of colored spotlights to irradiate dense water flow has p...

AI Technical Summary

Problems solved by technology

However, the use of colored solutions may have certain toxicity and reduce the environmental protection effect of the fountain, while the use of colored spotlights to irradiate dense water flow has poor light aggregation and requires a large flow of water, resulting in waste

At the same time, when the power is turned on, the light is on first, and the pump needs a certain amount of time to send water into the outlet; when the fountain is finished, the power is turned off, the light goes out first, and water is still sprayed out from the fountain outlet, such a time difference is wasted Electric energy reduces the orderliness of colored fountains, thereby reducing its overall aesthetics

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