Two-stage water outlet brush

Abstract

The invention relates to a two-stage water outlet brush which comprises a brush body (6). A flocked surface is arranged in the front of the brush body (6). The two-stage water outlet brush is characterized in that a two-stage water outlet mechanism is arranged at the back of the brush body (6), a primary water outlet mechanism feeds water to a secondary water outlet mechanism, the secondary wateroutlet mechanism feeds water to the flocked surface, a through hole communicating the flocked surface and the back is formed in the brush body (6), and the secondary water outlet mechanism feeds waterto the flocked surface through the through hole. Compared with the prior art, the two-stage water outlet brush is good in closure and strong in controllability, water solution can be guided to flow out only when a water outlet liner is pressed to deform in the brushing process, otherwise, the water solution is retained in a brush head, and water outlet effects can be effectively achieved by two-stage control.

Description

technical field [0001] The invention belongs to the field of brush products, and in particular relates to a two-stage water outlet brush. Background technique [0002] Traditional water brushes usually use the method of dipping, first dip the bristles in the aqueous solution, and then brush the bristles. This method needs to continuously dip in the aqueous solution. On the one hand, it is easy to pollute the aqueous solution and affect the subsequent use effect. On the one hand, the amount of aqueous solution is also difficult to effectively control, too much dipping will cause waste, and too little dipping will not reach the use effect. [0003] Or there are also some water brushes that directly drain the aqueous solution to the roots of the bristles, so that the aqueous solution flows down along the bristles. This method is difficult to use the remaining aqueous solution at the roots of the bristles, causing waste while also corroding the roots of the bristles, and the flo...

AI Technical Summary

Problems solved by technology

[0002] Traditional water brushes usually use the method of dipping, first dip the bristles in the aqueous solution, and then brush the bristles. This method needs to continuously dip in the aqueous solution. On the one hand, it is easy to pollute the aqueous solution and affect the subsequent use effect. On the one hand, the amount of aqueous solution is also difficult to effectively control, too much dipping will cause waste, and too little dipping will not achieve the use effect

[0003] Or there are also some water brushes that directly drain the aqueous solution to the roots of the bristles, so that the aqueous solution flows down along the bristles. This method is difficult to use the remaining aqueous solution at the roots of the bristles, causing waste while also corroding the roots of the bristles, and the flow rate of the aqueous solution and Flow is also difficult to precisely control

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