Anti-blocking bubbler

Abstract

The invention discloses an anti-blocking bubbler which can automatically adjust water flowing quantity according to water pressure and effectively prevent blocking. The anti-blocking bubbler comprises a valve, an atomization device, a plurality of air inlets and a water retaining portion, wherein the valve is arranged at the water outlet end of a water outlet terminal, a longitudinal water flowing channel is formed in the middle of the valve, the atomization device is arranged at the water inlet end of the water flowing channel, the annular water retaining portion is arranged on a water outlet of the water flowing channel, and all the air inlets are distributed on the lateral wall of the valve in the radial direction and respectively connected with the water flowing channel. Therefore, water flowing into the water flowing channel forms an atomized water outlet effect through the atomization device, a part of atomized water sucks air through the air inlets and flows towards the center of the water outlet of the water flowing channel through the water retaining portion, and accordingly a water blocking surface is formed and totally blocks the water outlet of the water flowing channel. The other part of water breaks the formed water blocking surface to generate a water outlet bubbling effect, so that water outlet is gentle, water utilization convenience and comfortableness are improved, and further blocking can be effectively prevented.

Description

technical field [0001] The invention relates to a bubbler, in particular to an anti-clogging bubbler which can automatically adjust the water flow according to the water pressure and can effectively prevent clogging at the same time. Background technique [0002] At present, the water-saving valves that achieve water saving through throttling have complex structures, many related parts or accessories, high production costs, and damage to parts or accessories will also affect the overall service life of the product. [0003] In addition, in order to obtain a better water outlet effect, atomizers and bubblers have been used in more and more water terminal applications, but traditional bubblers use several layers of wire mesh to achieve the effect of bubbling water. The principle of the bubbler is to accelerate the water stream from the faucet, form multiple strands of water flow and inhale air. The water and air are mixed inside the bubbler and then flow out through the wire m...

AI Technical Summary

Problems solved by technology

[0002] At present, the water-saving valves that achieve water saving through throttling have complex structures, many related parts or accessories, high production costs, and damage to parts or accessories will also affect the overall service life of the product.

[0003] In addition, in order to obtain a better water outlet effect, atomizers and bubblers have been used in more and more water terminal applications, but traditional bubblers use several layers of wire mesh to achieve the effect of bubbling water. The principle of the bubbler is to accelerate the water stream from the faucet, form multiple strands of water flow and inhale air. The water and air are mixed inside the bubbler and then flow out through the wire mesh. The outflowing water contains air bubbles. , the divergent holes on the foaming core of the bubbler, the size of the mesh and the number of layers, etc., but the bubbler with this structure is easy to block and it is not easy to clean. There are two main reasons for the blockage: First, it is because the impurities in the water block the small holes on the foaming core or the screen mesh. In recent years, some bubblers have a convex filter at the water inlet, which improves the anti-clogging of the bubbler. performance, but it cannot be completely solved. The bubbler still needs to be removed and cleaned frequently; secondly, because the scale accumulates on the wire mesh to form a film, it is easy to generate scale in hot water and high hardness tap water

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