Multifunctional water-saving tap nozzle

Abstract

The invention relates to a multifunctional water-saving tap nozzle, which comprises a shell and is characterized in that the shell is internally provided with a flow regulator, a regulating jacket is sleeved outside of the lower part of the flow regulator; the upper part of the flow regulator is a vertical through cavity; the middle of the bottom of the cavity is provided with a water outlet pipe; the lower end of the water outlet pipe is connected with a transverse discharge jet; the lower part of the transverse discharge jet is connected with a jet ring; the jet ring is evenly provided with four through holes; gaps are left between the inside of the regulating jacket and the transverse discharge jet as well as the outside of the jet ring; the center of the bottom of the regulating jacket is provided with a water outlet; and the center of the water outlet is located on the same vertical line with the center of a circle of the jet ring. The multifunctional water-saving tap nozzle in the invention has the advantages of capability of obtaining larger catchment area and larger flow impact force with smaller flow and can adjust the magnitude of the catchment area.

Description

technical field [0001] The invention relates to a multifunctional water-saving tap. Background technique [0002] At present, the water output of ordinary faucet nozzles generally depends on the size of the faucet opening. Since a large impact force and water surface are required during washing, the faucet needs to be opened larger, which causes a waste of water resources. At present, in order to save water, some faucets use mesh filters, which can slow down the water flow and disperse the flow to increase the water surface, but it cannot increase the pressure of the water flow. If the faucet is turned down, the impact of the water will The power and water receiving area are also reduced simultaneously. When using it, the water volume is too small to satisfy the feeling of flushing. In order to save water, the best flushing effect must be obtained with the smallest water flow. A multi-functional water-saving faucet with a small water flow and a large flushing force. Conte...

AI Technical Summary

Problems solved by technology

[0002] At present, the water output of ordinary faucet nozzles generally depends on the size of the faucet opening. Since a large impact force and water surface are needed during washing, the faucet needs to be opened larger, which causes a waste of water resources. At present, in order to save water, some faucets use mesh filters, which can slow down the water flow and disperse the flow to increase the water surface, but it cannot increase the pressure of the water flow. If the faucet is turned down, the impact of the water will The power and water receiving area are also reduced simultaneously. When using it, the water volume is too small to satisfy the feeling of washing. In order to save water, the best washing effect must be obtained with the smallest water flow. Therefore, it is urgent to invent a washing machine that can use less water Multifunctional water-saving faucet spout with small water flow and large flushing power

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