JPH0136428Y2 - - Google Patents

Description

[Detailed description of the invention] [Industrial field of application] This invention is for body washing, in which the brush stand is approximately dogleg-shaped, and the entire side surface of the brush stand is non-slip. This is related to the brush.

[Conventional technology]

Hair brushes and bath brushes are easily slippery due to hair oil, soap, etc., so they are required to be designed to prevent them from slipping. Conventionally, in order to meet such demands, as shown in FIG. 1, a rubber brush having a spiral protrusion 15 formed on the outer circumferential surface of the handle 12 of a cleaning brush for body washing used in bathhouses, etc. has been developed. It has been proposed that an adhesive be applied to the inner circumferential surface of the rectangular prism-shaped cylinder 14 made by the manufacturer to fit the cylinder to prevent it from slipping.
Reference numeral 10 denotes a brush stand consisting of a bristle part 11 and a handle part 12, and 13 denotes brush bristles planted on the bristle surface of the bristle part 11. However, this cleaning brush
Since only the handle 12 of the brush stand 10 is prevented from slipping, there is a problem in that if you try to clean the brush by holding any part other than the handle 12, it will slip and be difficult to hold. When using a brush in a bathroom, etc., the brush can irritate the skin, so apart from the back, which is hard to reach, most other parts of the body can be cleaned by applying more or less force than the handle of the brush stand. The cleaning brush shown in FIG.
If you wash it by holding it, it will slip from your hand. Further, as described above, most parts of the body are washed by holding the flocked part 11, and there is also a problem in that the handle part 12 gets in the way and is difficult to clean. Furthermore, since the rubber quadrangular columnar cylinder 14 has only a spiral protrusion 15 formed on its outer circumferential surface and no groove for draining water, when the rubber square cylinder 14 is gripped, the entire palm of the hand is exposed to the cylinder. 14 is in close contact with the entire outer peripheral surface. Therefore, if the cylindrical body 14 is held together with soapy water or the like, the soapy water will be held in place and will not flow to the outside, resulting in the problem that the anti-slip effect of the cylindrical body 14 will be diminished. There is.

[Problem that the invention attempts to solve]

In order to solve this problem, a body washing brush as shown in FIG. 2 has been developed. This brush includes an elliptical brush stand 50 and a handle 51, and the tip side of the handle 51 is attached to the brush stand 50.
The handle portion 51 and the brush stand 50 are integrated into one body. The handle 5 fits into the attachment/detachment hole 53 on the top surface of the brush stand 50.
By pulling the handle 51 while pressing the tip 54 of the brush holder 1, the handle 51 and the brush stand 50 can be separated with one touch. FIG. 3 shows the brush stand 50 in this separated state. The above brush stand 50
is designed to be gripped with one hand to wash the body, and a rubber band-shaped anti-slip member 55' is provided in the circumferential direction to prevent slipping during cleaning. Projections 55 extending in the width direction (vertical direction) are formed at predetermined intervals on the surface of the anti-slip member 55', and the portions between the projections 55 form grooves 56.

However, when washing the body using this separated brush stand 50, soapy water etc.
6, and in that state it is gripped with fingers, causing the problem that it is slippery. Also,
The groove shape of the anti-slip member itself is just a vertical groove, so the frictional resistance is not very large, the shape of the brush stand 50 is oval, and the opening 52 gets in the way, so it is difficult to wash the body with force. Even if you try, you cannot apply enough force, so there is a problem that you cannot sufficiently clean the knees, insteps, etc., which are heavily soiled.

This invention was developed in view of these circumstances, and its purpose is to provide a brush that exhibits a good anti-slip effect without being affected by soapy water, etc., and that can wash the body with sufficient force. shall be.

[Means for solving problems]

In order to achieve the above-mentioned purpose, the brush of this invention is equipped with a substantially dogleg-shaped brush stand without a handle, and brush bristles planted all over the bristle-planted surface of this brush stand. A concave groove extending along the outer periphery of the brush stand is provided on the side peripheral surface of the brush stand, and
A strip-shaped non-slip member is fitted into this groove along the groove, and a plurality of long grooves extending continuously along the longitudinal direction of the strip-shaped non-slip member are formed on the surface of the strip-shaped non-slip member. The structure is such that grooves in the shape of automobile tire grooves are formed by short grooves extending in the direction at predetermined intervals.

Next, an explanation will be given based on an example of this invention.

〔Example〕

FIGS. 4 and 5 show an embodiment of this invention. That is, this brush has a groove 4 extending along the outer periphery of the brush stand on the side circumferential surface of a substantially dogleg-shaped synthetic resin brush stand 1 consisting of only a wide bristle part 3.
is provided around the entire circumference, and a rubber anti-slip member 5 is press-fitted into this groove 4. On the surface of the anti-slip member 5, there is a groove shaped like an automobile tire groove consisting of a long groove 5a (see FIG. 6) extending continuously along the longitudinal direction and a short groove 5a' extending from the long groove 5a in the width direction. It is formed. 5b is groove 5
This is the part between the groove 5a and the groove 5a.

With this configuration, no matter which part of the brush stand 1 is held, a non-slip effect can be obtained, making it extremely easy to hold. In addition, the frictional resistance is increased due to the grooves in the shape of car tire grooves formed in the anti-slip member 5, and the brush stand 1 consists only of a flocked part and has no handle or opening, making it difficult to use in a bath. When cleaning the body, the handle and opening do not get in the way, and the brush stand 1 has a dogleg shape, which makes it easier to grip than an oval shape. When you try to wash it, you can apply enough force to wash the knees and insteps that are heavily soiled. In particular, since the brush stand 1 is shaped like a dogleg, if you hold it with one hand,
By grasping the corner of the dogleg, you can grip it firmly, and you can also wash the body by gripping both sides of the dogleg with both hands, so even weak women can wash the body with sufficient force. When washing with both hands, the brush stand 1 moves back and forth around the corners of the dogleg shape, and the water draining action of the doglegged shape provides excellent cleaning effects on heavily soiled areas. Not only that, but also the pine surge effect (if too much soapy water etc. adheres, the frictional resistance becomes small and there is no pine surge effect).
In addition, on the surface of the anti-slip member 5, there are long grooves 5a extending continuously in the longitudinal direction (horizontal direction) and the width direction (vertical direction).
Since grooves similar to car tire grooves are formed with short grooves 5a' extending in the grooves, even if the brush stand 1 is held together with soapy water, the soapy water will drain to the outside through the grooves 5a and 5a'. Ru. Therefore, the occurrence of a phenomenon in which the anti-slip effect is diminished due to adhesion of soap is avoided, and a sufficient anti-slip effect can always be obtained. That is, when washing the body, in the conventional example (the one shown in FIG. 2), the vertical grooves 56 of the anti-slip member 55 become horizontal as shown in FIG. 7a. Therefore, the soapy water is difficult to flow and is easily gripped by hands and fingers, making it slippery, whereas in the embodiment, the long groove 5a
The above-mentioned phenomenon does not occur because the soap is in a vertical state and the soapy water is well released. Note that when the brush stand 1 is used horizontally, the short grooves 5a' are in a vertical position, allowing soapy water to escape effectively.

In the above embodiment, the anti-slip member 5 is press-fitted, but this is attached to the groove 4 using an adhesive.
It may be fixed to . Also, brush stand 1
The shape may be changed to the shape shown in FIG.

[Effect of idea]

As described above, in the brush of this invention, a concave groove extending along the outer circumference of the brush stand is provided along the entire circumference on the side circumferential surface of the roughly dogleg-shaped brush stand without a handle. A strip-shaped anti-slip member is fitted into the groove along the groove, and a groove shaped like an automobile tire groove is formed on the surface of the strip-shaped anti-skid member, and a groove shaped like an automobile tire groove formed on the anti-skid member is formed. The grooves increase the frictional resistance, and the brush stand consists only of the flocked part and has no handle or opening, so the handle and opening get in the way when cleaning the body in the bath. The fact that the brush base is dogleg-shaped and easier to grip than an oval brush holder makes it easier to grip when you try to use force to wash the body.
You can apply enough force to thoroughly clean the knees and insteps that are heavily soiled. In particular, since the brush stand is approximately dogleg-shaped, it is possible to wash the body by grasping both sides of the dogleg with both hands, allowing even weak women to wash the body with strong force. In the case of washing with both hands, the brush stand moves back and forth around the corner of the dogleg, and the water draining effect of the dogleg shape provides an excellent effect in cleaning heavily soiled areas. Not only does it have a pine surge effect (if there is too much soapy water etc. attached, the frictional resistance will decrease and the pine surge effect will not occur)
You will also be able to obtain In addition, the surface of the anti-slip member is formed with grooves similar to car tire grooves, consisting of long grooves that extend continuously in the longitudinal direction (horizontal direction) and short grooves that extend in the width direction (vertical direction). Even when cleaning the body surface with the table vertically or horizontally, the soapy water can be drained through the groove, and no slippage due to adhesion of the soapy water occurs.

[Brief explanation of the drawing]

FIG. 1 is a perspective view of a conventional example, FIG. 2 is a perspective view of another conventional example, FIG. 3 is a diagram with the brush base section cut away, and FIG. 4 is a perspective view of an embodiment of the invention.
Fig. 5 is a sectional view taken along the line A-A', Fig. 6 is an enlarged plan view of the non-slip member used therein, Fig. 7 is an explanatory diagram of the state in which the brush is used, and Fig. 8 shows the shape of the brush stand. It is an explanatory view of a changed example. 1... Brush stand, 3... Flocking part, 4... Concave groove,
5... Anti-slip member, 5a... Long groove, 5a'... Short groove.

Claims (1)

[Scope of utility model registration request] It is equipped with a roughly dogleg-shaped brush stand without a handle, and brush bristles planted on the entire surface of the bristle-planting surface of the brush stand. A groove extending along the entire circumference is provided, a strip-shaped non-slip member is fitted into the groove along the groove, and a strip-shaped non-slip member is fitted onto the surface of the strip-shaped non-slip member along the longitudinal direction of the strip-shaped non-slip member. 1. A brush having grooves shaped like grooves of an automobile tire formed therein, including a plurality of continuously extending long grooves and short grooves extending from the long grooves at predetermined intervals in the width direction.