JP4596536B2 - Soap whisk - Google Patents

Description

TECHNICAL FIELD The present invention relates to a soap whisk for making fine bubbles to be used at the time of face washing or shaving by using a soap such as liquid soap or solid soap, and making it easy to use.

Conventionally, when soap is used for face washing or the like, bubbles are made from soap using a net or a brush.

Prior art will be described. A method of making foam from soap by massaging a fiber net (see, for example, Patent Document 2). Further, there is a method of creating bubbles from soap with a synthetic resin brush (see, for example, Patent Document 1) and a method of creating bubbles from soap with rotation of a ball and a hemispherical net (see, for example, Patent Document 3).

This will be described with reference to the drawings. FIG. 9 is a figure quoted from Patent Document 2 in which a fiber net is swallowed and bubbles are formed from the soap. FIG. 8 is a figure quoted from Patent Document 1 and is a soap bundle using a synthetic resin brush bundled. It is a bubble.

FIG. 7 is a diagram quoted from Patent Document 3, in which a ball moves on a partition member of a net in a container that is divided into upper and lower parts to create bubbles and store the bubbles in the lower container.
Japanese Patent No. 3218339 Japanese Patent No. 3532479 Japanese Patent Laying-Open No. 2005-87478

As in Patent Documents 1 and 2, fiber nets, brushes, and the like have been used when foam is used from soaps and detergents. For this reason, there has been a problem that it is difficult to dry after use, and bacteria and the like are easily propagated. In addition, it is difficult to accumulate bubbles, and there is a problem that bubbles tend to flow during face washing.

Patent Document 3 was invented by the present applicant in order to solve the above-mentioned problem, and has a reputation that good foam is easily formed and drying after use is good. For this reason, there is a phenomenon that the bubble reservoir becomes deeper and it is difficult to rub the bubbles, and there is a problem that the bubbles accumulated in the upper container cannot be used effectively.

The object of the present invention is to solve such problems and to make bubbles from soap and face wash.

In order to solve the above-mentioned problems, the present invention provides a container that can be divided into left and right half-shell members that contain a spherical ball member, and when the left and right half-shell containers are closed, detergent and liquid are contained in the container. A mesh-like partition member having a hemispherical rigidity that can be moved and divided into a part that contains the spherical member and a part that does not contain the spherical member is placed in one side of the container, and the space between the closed containers when the container is closed It is attached with a structure that can be detached so as to cross over. A large amount of foam created by putting detergent and a small amount of hot water or water in the container, closing the container and shaking, accumulates in a portion where the ball member cannot move, and becomes a foam reservoir when this portion is used. Moreover, it can make it easy to crawl the accumulated foam by making the container both ends into a bowl shape.

When the soap whisk of the present invention is used, soap or water is attached to the container or palm so that it becomes slippery during use. In order to solve this, the central part of the container has a constricted structure.

Since the container of the present invention does not use fine fibers, it can be easily washed after use. In addition, it can be easily decomposed, so it is easy to dry and hygienic.

Since the ball member rotates and moves in the container containing the ball member and the mesh partition, the soap and detergent in the container are stirred and foamed, so that fine bubbles can be made uniform.

Unlike the structure that separates up and down like the container of Patent Document 3, the container of the present invention opens and closes or separates from side to side, so after foaming, the depth of the container is reduced when the container is opened to the left and right It is easy to scoop up because both containers contain bubbles. In addition, since the portion having the ball member and the partition member also appears when opened, the bubbles accumulated in the partition member and the ball member can be taken out, so that the bubbles in the container can be used without waste.

  Hereinafter, embodiments of the soap whisk according to the present invention will be described with reference to specific examples shown in FIGS.

FIG. 1 is a view in which a cylindrical container according to the present invention is divided into left and right half-shell members along a virtual line xx that is divided in the vertical direction and opened into a container A and a container B. FIG. Groove E1, inside each container A, B
E2 is for attaching so that the partition member C can be attached or detached. A flanged portion C1 of a net-like partition member C having rigidity on one side A of the container opened to the left and right is fitted into the groove E1 so as to be fixed in a press-fitted state, and a massive ball member D is included so as to be able to roll. It is divided into a part 1 (foaming chamber) where the ball stays and a part 2 (foaming chamber) where the ball member D cannot move. When the containers A and B are closed and used in the form of a cylindrical container, the flange portion C1 of the partition member C is fitted into the grooves E1 and E2 so as to cross between the containers A and B over the entire area. . The groove E2 of the container B on one side is slightly wider than the groove E1 of the container A, and when the containers A and B are opened, the net-like partition member C remains on the container A side. By maintaining the configuration in which the spherical member D is enclosed and retained by the stopper configuration of the partition member C, it is possible to use foamed foam while preventing the ball member D from dropping off unexpectedly. In addition, the partition member C can be removed from the container A when washing with the containers A and B opened. Moreover, since both ends of the container are hook-shaped, it is easy to crawl by hand, and slipping during use can be prevented by having a constriction at the center of the container indicated by a two-dot chain line G in FIG.

FIG. 2 is a top view of the container closed. F is a hinge part connecting the container A and the container B.

FIG. 3 is a view showing the inside of the container when the container is cut along aa in FIG. The ball member D rolls between the net-like partition member C and the portion 1 in the container when the container is closed.

FIG. 4 is a cross-sectional view of the container of the present invention taken along line bb in FIG. The time partition member with the container closed crosses between the container A and the container B.

A two-dot chain line G in the drawings of FIGS. 3 and 4 shows a shape when the center portion of the container of the present invention is constricted.

Although the embodiments of the present invention have been described above, they can be improved without departing from the technical idea of these embodiments, and are not limited to the structures of the above embodiments. For example, in the embodiment of the present invention, the cylindrical container is divided into left and right half-shell members along a virtual line xx that divides in the vertical direction, and the containers A and B are opened and closed in the horizontal direction. However, the container A and the container B may be separated. Each material may be made of a rigid member made of resin, metal, etc. that can maintain the initial shape, and any material that can be restored to the initial shape may be deformed or soft. There is nothing. Moreover, the partition member C should just be arrange | positioned so that it may cross over the whole region of the container A and the container B, and this is set as the structure which encloses and holds the lump-shaped ball member D in the state which can roll. If there is, it is good. Further, although the partition member C has been described as having a hemispherical projecting end closed, it may be a partition member having a pore with a diameter smaller than the diameter of the underlying spherical member as shown in FIG. .

As shown in the drawing of FIG. 6, there is an effect even when the surface of the massive spherical member is polyhedral or uneven. Moreover, even if the material of the lump-shaped ball member is made of soap or detergent, there is an effect of forming bubbles, and in that case, the soap can be used without waste.

  The use of the soap whisk of the present invention will be described. Open the whisk, attach an appropriate amount of facial cleanser or soap to the partition, place an appropriate amount of hot water or water in the container, close the container and shake well. At this time, the part with the ball member and the partition member (foaming If the chamber is shaken down, the fine bubbles produced in the foaming chamber are so light that they can go up and gather in the part where the ball member cannot move (bubble storage chamber), and can be efficiently collected in the bubble storage chamber. . Further, when the facial cleanser or soap is sufficiently stirred with hot water or water and the density of the foam is increased, it becomes difficult to move the ball member in the foaming chamber, and the feel of the sound and palm is changed, and the completion of the foam can be realized. Moreover, the completion of the foam can be confirmed visually by giving the container permeability. Since the foam thus formed is in the container at the time of use, it is not flowed into the water flow even when washing the face, thus preventing the outflow. After use, the container is easy to clean, each member is difficult to absorb moisture, and is easy to dry.

  The foaming method of stirring in the container can be expected to create a new facial cleanser such as a mixture of various facial cleansers and fragrances. In addition, since all soaps can be used, demand for delicate infants and sensitive skin can be expected.

Figure of soap whisk showing an embodiment of the present invention Figure with the whisk closed Cross-sectional view taken along line aa in FIG. Cross-sectional view taken along line bb in FIG. Illustration of a partition with a closed end Illustration of a spherical member with irregularities on the surface Drawing showing Patent Document 3 Drawing showing Patent Document 1 Drawing showing Patent Document 2

Explanation of symbols

A One side of an open container
B Open container A
C Reticulated partition member
C1 partition flange
D Sphere member
E1 Container A side groove
E2 container B side groove
F Hinge part
G Constriction of container 1 Part where ball member stays 2 Part where ball member cannot move
aa Section line
bb section line
xx virtual line

Claims (5)

A cylindrical container containing a rollable spherical ball member is divided into left and right half-shell members along a virtual line dividing in the vertical direction, and the left and right half-shell members are opened, closed or separated in the horizontal direction. When the left and right half shell-shaped members are closed, a gap smaller than the diameter of an inherent ball member or the hole is formed to divide the ball member into a portion where the ball member stays and a portion where the ball member cannot move. A soap whisk characterized in that a partition member having a gap smaller than the diameter of a spherical member is configured to traverse the left and right half-shell members over the entire area.   The partition member in the container is formed to project into a bowl-shaped hemisphere, the liquid and soap can penetrate, the sphere member cannot penetrate, there is a gap narrower than the diameter of the sphere member, and the hemispherical projecting end is closed The soap whisk according to claim 1, wherein the soap whisk is a hemispherical partition member having a pore having a diameter smaller than a diameter of a spherical member existing or contained therein.   The soap whisk according to claim 1 or 2, wherein the partition member in the container is formed of a rigid net that maintains the initial shape.   The soap whisk according to claim 1, 2 or 3, wherein the partition member is removable from the left and right half-shell members. The soap whisk according to claim 1 or 2, wherein the outer shape of the container is formed into a shape having a detail with a constricted central portion, and both ends are formed in a bowl shape.

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