Self-reset current-controllable shower sprayer

Abstract

The invention discloses a self-reset current-controllable shower sprayer. The problem that stop positions of a sale sprayer is not sure after the sprayer is used for storing water and is adjusted to use can be solved. When a water faucet is opened nest time, maybe the water faucet is in a state of a maximal flow. Water of the maximal flow can be sprayed everywhere. A user can implement a rotating action to reduce water yield. After that, the user can wash hands. Then, when rotation is adjusted, the water flowed out is wasted. Therefore, after the sprayer is used completely by the user and the water faucet is closed, a torsion force spring which is arranged on the sprayer can drive a linkage outer shell under a function of an inner torsional stress. The linkage outer shell drives an operating shell body to rotate so as to enable the operating shell body to reset an initial position. An awaiting order of a minimal water yield can be prepared for the next user. The sprayer can be controlled to be in a hand-washing state of a small water field every time of an initial start. A best water-saving effect can be achieved in real significance.

Description

Technical field [0001] The invention belongs to a new type of water nozzle sprinkler, and relates to a self-resetting and controllable flow rain sprinkler which can achieve water saving effect only by replacing the original faucet sprinkler. Background technique [0002] As we all know, the scarcity of water resources is an important problem facing the world, especially in our country. Beijing has adopted a number of measures to save water, such as providing citizens with water-saving taps and prohibiting the use of toilet tanks of more than 9 liters, which shows water conservation. How important it is. However, we found that the so-called water-saving faucet is not very water-saving. At present, the commercially available water-saving faucets have a relatively large pore size. The water output cannot be well controlled, especially when we wash our hands. Before it comes into contact with our skin, it flows into the sewer in vain, failing to achieve the purpose of making the bes...

AI Technical Summary

Problems solved by technology

However, we found that the so-called water-saving faucets are not very water-saving. The current commercially available water-saving faucets have a relatively large water outlet hole, and the water output cannot be well controlled, especially when we wash our hands. Before it comes into contact with our skin, it flows into the sewer in vain, without really achieving the purpose of making the best use of everything.

[0003] Later, in order to solve the problem that a large amount of water does not flow off in vain when washing hands and achieve the purpose of making the best use of water, we have invented a controllable flow rain shower head, which achieves a small flow when washing hands, and can be adjusted to a large flow when the water is used. The controllable and adjustable function of this nozzle, but this nozzle also has shortcomings, that is, the stop position after each adjustment and use is uncertain, and it may be at the maximum flow when the faucet is turned on next time. When someone turns on the faucet to wash their hands, the large flow of water will splash everywhere, and the user has to make a rotating motion to reduce the water flow before washing their hands. Then when the rotation is adjusted, the water that comes out is wasted in vain

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