JP2022073827A - Bubbling device of face-washing agent - Google Patents

Abstract

To provide a bubbling device of a face-washing agent for bubbling by putting a face-washing agent into a container without spilling bubbles when bubbling it using a sponge, rubbing the sponge from above the container and taking air required for bubbling into the container.SOLUTION: A container 4 is generated from a raw material having flexibility and shape restoring property so as to allow a user to put a sponge 1 into the container 4, hold a lower part 4b of the container with hand and fingers, and rub the sponge 1 with hand and fingers from the outside of the container 4. Due to that a nozzle 4c having a nonreturn valve 4e attached to the tip to take air from the outside into the inside of the container is provided in an inner bottom center of the container 4, air required for bubbling is supplied from the lower side of the sponge 1 in the container irrespective of the strength of rubbing. The sponge 1 is prevented from jumping out from the container 4 when bubbling and taking out bubbles by inserting the sponge 1 into the container 4, and fixing a stopper 2a attached to a lower end of a stick 2 attached to the sponge 1 below a stopper 4d attached to the nozzle 4c of the container 4.SELECTED DRAWING: Figure 1

Description

The present invention relates to a facial cleanser and a facial cleanser whisk that uses a sponge to whisk without spilling water or foam.

Conventionally, sponges of various shapes and forms have been used for foaming facial cleansers. In each case, a sponge soaked in water and coated with a facial cleanser is repeatedly rubbed with fingers to stir the facial cleanser and water to create bubbles.

To whisk the face wash with a sponge, soak the sponge in water, apply the face wash, and knead it with your fingers. If it is stronger, bubbles will spill from all sides of the sponge. Also, when squeezing the sponge and taking out the bubbles, it takes time and effort to collect the bubbles in all directions from the gaps between the fingers.

As shown in FIG. 7, put a facial cleanser and water in the vessel 4, insert the sponge 1, hold the lower part 4b of the vessel with your fingers, and knead the sponge 1 inside from the outside of the vessel 4 with the vessel 4 with your fingers. The facial cleanser and water contained in 4 are stirred, and the container 4 is made of a material having flexibility and shape restoration so that the container 4 can be crushed by fingers and bubbles can be taken out from the opening of the container 4.

In order to put the sponge 1 into the vessel 4 with an open upper part, fix it, and whisk it, a stick 2 whose lower end has the function of a stopper 2a is attached to the sponge 1 as shown in FIG. A nozzle 4c having the function of a stopper 4d is attached to the center of the inner bottom.

A nozzle with a check valve 4e at the center of the inner bottom of the vessel 4 as shown in FIG. 4 in order to knead the lower portion 4b of the vessel with fingers and take in the air required for whipping from the outside of the vessel into the vessel. Add 4c.

Put the face wash, water and sponge 1 in the vessel 4, connect and fix the stopper 4d of the vessel 4 and the stopper 2a of the stick 2 attached to the sponge 1, and rub the side surface of the lower part 4b of the vessel with your fingers. Since the sponge 1 fixed inside stirs the face wash and water to form foam, the foam does not spill and collects in the vessel 4.

When bubbles are collected in the vessel 4 and the air taken in from the opening of the vessel 4 is blocked, the check valve 4e is activated, and when the lower portion 4b of the vessel is rubbed with a finger, the air is taken into the vessel from the outside of the vessel through the nozzle 4c and the sponge 1 It is supplied to the lower part of the sponge 1 and air is included in the stirring of the face wash and water to form bubbles, and the formed bubbles are pushed up to the upper part of the sponge 1 and stored in the upper part 4a of the device.

By tilting the vessel 4 and crushing the lower portion 4b of the vessel with fingers, it is possible to collectively take out only the bubbles from the opening of the vessel 4 without scattering the bubbles in all directions.

It is a perspective view of the whisk of the face wash agent which concerns on this invention. It is a perspective view of a sponge through a stick. It is the bottom view of the sponge through which a stick was passed. It is a perspective view of the vessel equipped with a nozzle. It is a top view of the whisk of the face wash agent which concerns on this invention. FIG. 5 is a cross-sectional view of a facial cleanser whisk cut by X-ray in FIG. It is a use explanatory drawing of the whisk of a facial cleanser which concerns on this invention. It is a figure explaining the opening / closing operation of a check valve.

FIG. 1 shows an example of a facial cleanser whisk according to the present invention.

FIG. 2 shows a sponge 1 having a stick 2 having the function of a stopper 2a passed through the center of both bottom surfaces of a cylindrical shape constituting the embodiment of the facial cleanser whisk of FIG. show.

FIG. 3 is a bottom view of FIG. 2, and a hole is formed in the center of the stopper 2a.

FIG. 4 shows a vessel 4 provided with a check valve 4e and a nozzle 4c having the function of a stopper 4d at the center of the bottom surface constituting the embodiment of the facial cleanser whisk of FIG. 1.

FIG. 5 is a plan view of an embodiment of the facial cleanser whisk of FIG. 1, in which the sponge 1 and the upper portion 4a of the vessel and the lower portion 4b of the vessel are circular around the stick 2.

FIG. 6 is a cross-sectional view obtained by cutting a plan view of FIG. 5 along XX lines, and the inner diameter of the lower portion 4b of the vessel and the outer diameter of the sponge 1 are made to have the same size. The nozzle 4c of the vessel 4 and the hole of the stopper 2a at the lower end of the stick 2 attached to the sponge 1 are both located at the center. , Beyond the stopper 4d attached below the nozzle 4c, and stop and be fixed below it.

FIG. 7 shows how to use the example of the facial cleanser whisk of FIG. 1. In U-1, water and facial cleanser are put into the vessel 4, and in U-2, the sponge 1 is put through the opening of the vessel 4 to form the vessel 4. Fix it, and in U-3, rub the lower part 4b of the vessel with your fingers to whisk. In U-4, the lower portion 4b of the vessel is crushed by a finger and bubbles are taken out from the opening of the vessel 4.

FIG. 8 is an explanatory view of opening and closing of the check valve 4e at the tip of the nozzle 4c attached to the inner bottom of the vessel 4 when the example of the facial cleanser whisk of FIG. When the lower portion 4b is rubbed with a finger and the vessel 4 and the sponge 1 are dented, the pressure of bubbles is applied to the check valve 4e, and the check valve 4e is closed. In the figure on the right, when the fingers that rubbed the lower part 4b of the vessel are loosened and the vessel 4 and sponge 1 are restored to their original shape, the pressure of the vessel 4 drops, the check valve 4e opens, and air flows from outside the vessel through the nozzle 4c. Get in.

1 Sponge 2 Stick 2a (sponge) stopper 3 Sponge stopper 4 Instrument 4a Upper part of the instrument 4b Lower part of the instrument 4c Nozzle 4d (of the instrument) Stopper 4e Check valve

Claims (2)

A sponge (1) with a stick (2) whose lower end has the function of a stopper (2a) is provided with a nozzle (4c) having a stopper (4d) function at the inner bottom, and is made of a material having flexibility and shape restoration force. Put it in the finished vessel (4) with an open upper part, connect and fix it with each other's stoppers, knead the lower part (4b) of the vessel with your fingers, and stir the face wash and water in the vessel (4). A facial cleanser whisk with the characteristic of whipping. The nozzle (4c) provided on the inner bottom of the vessel (4) has a check valve (4e) at the tip. The whisk for facial cleanser according to claim 1, which has a feature of sucking air into the sponge (1), sending air necessary for whipping from below, and pushing the resulting foam up to the upper portion (4a) of the vessel.

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