JP3233297U - Liquid coating iron brush - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a liquid coating iron brush capable of easily immersing a brush in a liquid paint or the like when the liquid runs out during the coating operation and continuously performing the coating operation. SOLUTION: The brush body is provided with an adjusting pin 3 capable of opening / closing / adjusting the inflow of liquid paint and a connection cap 4, and a telescopic tube container 5 to which an air vent valve 6 with a check valve is attached can be easily connected. Can be attached and detached. [Selection diagram] Fig. 1

Description

The present invention is provided with a telescopic tube container capable of storing liquid paint or the like (hereinafter referred to as liquid) in the brush body, and by exchanging this, a general coating work method (soaking the liquid in the brush) is provided. It is related to a liquid coating iron brush that can continue the coating work for a long time and is efficient, rather than the work of repeating the act).

The general work method of applying a liquid to an object is to soak the liquid in a brush (or sponge) once and then start the application work, and when the liquid runs out, soak it in the liquid again and repeat the application work. It is efficient.

Utility model registration No. 3115266

JP 2012-144233

The problem to be solved by the present invention is that in a general coating work method, when the user runs out of liquid during the coating work, the work efficiency is lowered by interrupting the coating work in order to soak the liquid in the brush. is doing. In terms of quality, uneven coating color occurs when the liquid is about to run out. According to the present invention, the coating operation can be performed without the act of immersing the liquid in the brush, and the above-mentioned drawbacks of the coating operation are to be solved.

The present invention aims to improve the general coating work method shown below. When the amount of liquid held in the brush is reduced and color unevenness occurs in the application during the general application method, the application is resumed after the liquid is dipped in the brush. It is inefficient because it wastes time. As a method of eliminating the work of immersing the liquid in the brush and performing the coating work continuously, it is intended to solve the drawbacks of the general coating work by providing an expansion tube container capable of storing the liquid.

According to the present invention, by providing the expansion tube container capable of storing the liquid, the work of immersing the liquid in the brush is eliminated, the coating work can be continuously performed, and the work efficiency can be improved. Further, in general coating work, color unevenness of coating occurs when the liquid is about to run out, but since this phenomenon does not occur in the present invention, color unevenness can be eliminated by forming a uniform coating film, and the appearance is good. There is an effect.

FIG. 1 is a front view showing an example of a liquid coating iron brush. It is a partial cross-sectional view of the liquid coating iron brush.

FIG. 1 is an explanatory view in which a telescopic tube container capable of storing a liquid with a connection cap can be easily replaced with the brush body, and the container can be used as a handle. The container is equipped with an air valve with a check valve, and when the air vent cap is loosened, the liquid is naturally replenished under atmospheric pressure when applied downward.

Since the telescopic tube container has a bellows structure, it is highly elastic and the flow rate supply can be easily adjusted. By attaching an air valve with a check valve, it is possible to prevent the air from returning from the brush when replenishing the liquid, which is seen in the coating work using a PET bottle as a container.

FIG. 2 is an explanatory diagram in which the flow rate can be adjusted by the degree of opening and closing of the adjusting pin as a method of supplying the liquid paint or the like to the brush body, and the coating amount can be adjusted according to the coating work speed due to individual differences.

1 Brush (or sponge)
2 Liquid inflow pipe 3 Adjustment pin 4 Connection cap
5 Telescopic tube container
6 Air vent valve with check valve

Claims (1)

The brush body and the telescopic tube container can be attached and detached with the connection cap by opening and closing the adjustment pin, and the telescopic tube container has a structure that makes it easy to apply as a handle. By compressing the container, the liquid is replenished to the brush body. A liquid coating iron brush characterized in that when the air valve with a check valve is loosened, the liquid is naturally replenished under atmospheric pressure during downward coating, and the check valve works upward to block leakage.

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