JP3107223U - Brush with liquid splash prevention function - Google Patents

Abstract

PROBLEM TO BE SOLVED: A drawback of a brush with a handle for cleaning a bottle-shaped object or the inside of a cylindrical object is dirt and scattering of cleaning liquid that occurs when the brush is detached from a non-cleaned object. This scattering is a detrimental event for the person and machine using the brush. An object of the present invention is to prevent the scattering of dirt and liquid, which has been unavoidable when cleaning bottles and cylinders with a brush.
The present invention has been able to completely prevent scattering by a hood (cover) that can be freely attached and detached by a user.
[Selection] Figure 1

Description

    The present invention relates to a brush used for cleaning the inside of bottle-shaped and cylindrical objects.

The brush has a function of removing dirt adhering to non-cleaning objects by rubbing with brush hair. The source of the cleaning ability of this brush is the elasticity of the hair and the ability to restore the hair to its natural state. In order to clean the inside of a bottle-shaped or cylindrical object, it is necessary to press the brush hair against these inner walls with an appropriate force. For this reason, a brush with a handle having an outer diameter larger than the inner diameter of the object to be cleaned is used for cleaning the inside of the cylindrical object. Moreover, in order to wash | clean the inside of a bottle-shaped object efficiently with a brush, the moderate magnitude | size of a brush part is required. For this reason, in many cases, a brush having an outer diameter larger than the inner diameter of the bottle mouth is used. Therefore, when trying to clean the inside of a bottle or a cylinder efficiently using an existing brush with a handle, dirt and scattering of the cleaning liquid occur at the time of separation from the bottle mouth or the cylinder mouth. This contamination and splashing of the cleaning liquid are inevitable for efficient cleaning, but are extremely harmful to the user and machine using the brush. According to the present invention, the hood (cover) that can be freely attached and detached by the user can completely prevent scattering.

    A drawback of a brush with a handle for cleaning the inside of a bottle-like object or a cylindrical object is the contamination and scattering of cleaning liquid that occur when the brush is detached from the non-cleaning object. This scattering is a detrimental event for those who use the brush and the machine. An object of the present invention is to prevent the scattering of dirt and liquid, which has been unavoidable when cleaning bottles and cylinders with a brush.

    The brush which has a function which prevents scattering of the liquid adhering to brush hair by the detachable hood.

    The present invention makes it possible for the user to restrain the movement of the hair of the brush and to allow the hair to be restored to its natural state at any speed that can be controlled by the user by means of a removable hood (cover). did. As a result, it was possible to drastically prevent the scattering of dirt and liquid that was unavoidable during cleaning.

    Attach a brush hood that can slide up and down to the handle of the handle brush. When the inner diameter of the brush hood is larger than the outer diameter of the brush portion, scattering can be prevented by receiving the liquid that scatters when the brush portion is detached from the bottle mouth or the tube mouth by the hood. However, in this case, the large hood is inconvenient to use. Therefore, the size of the hood portion could be suppressed by forming the hood using an elastic material such as a bellows type. If the brush is used frequently, the brush hood should be made of a durable material that is not stretchable. The inner diameter of the brush hood should be small enough to suppress the movement of the bristle when it is attached to the brush part. .

    The hood part can move up and down along the handle and has a length that can completely cover the bristle part. This hood was produced with a hood inner diameter smaller than the outer shape of the brush part. In addition, the entrance of the hood was expanded in a trumpet shape to fit bottles of different sizes. In using this brush, when the brush part is first removed from the inside of the bottle and the tube, the hood is brought into contact with the bottle mouth beforehand. Next, the brush bristles are used while being detached from the bottle mouth and the inside of the cylinder while being stored in the hood. Thereafter, the hood is detached from the brush portion at a speed that suppresses the scattering of the liquid while controlling the restoring speed of the brush hair.

When the frequency of use is low and the length of the brush body needs to be made sufficiently small, such as at home, the length of the hood portion when the hood is not used can be obtained by making the brush hood described in Example 1 bellows type. Was shortened. In this case, the inner diameter of the hood was designed to be larger than the outer diameter of the brush part. The method of use is the same as in Example 1.

Hand brush for home and business use. Or a mechanical washer.

This is a brush equipped with a new anti-spattering hood, and the overall view 1A when the movable hood is positioned at the highest point, FIG. 1B showing the relationship between the inner diameter of the hood and the outer diameter of the brush, and the movable hood at the lowest point It is a general view at the time of moving (FIG. 1C). In order to hold the hood at the top and move it to the necessary atmosphere, a magnet fixed to the shaft and a metal fixed to the hood were installed (FIG. 1A). It is a brush equipped with a new liquid splash prevention bellows type hood, and is an overall view when the movable hood is located at the uppermost point (FIG. 2A) and a view when the hood is moved to the lowermost point (FIG. 2B). In order to hold the hood at the top and move it to the required atmosphere, a magnet fixed to the shaft and a metal fixed to the hood were installed (FIG. 2A).

Explanation of symbols

Claims (1)

The brush which has a function which prevents scattering of the liquid adhering to brush hair by the removable hood.

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