KR101733686B1

KR101733686B1 - Tube for hair dyeing

Info

Publication number: KR101733686B1
Application number: KR1020150101073A
Authority: KR
Inventors: 김희정
Original assignee: 김희정
Priority date: 2015-07-16
Filing date: 2015-07-16
Publication date: 2017-05-24
Also published as: KR20170009285A

Abstract

A plurality of containers;
A second container surrounding the plurality of containers;
A casing configured to include a ball at an inlet of the second vessel;
The present invention relates to a dyeing container,

Description

Tube for hair dyeing

The present invention relates to a hair dye for hair which can be easily used, and particularly relates to a container.

Since the present invention uses two kinds of dye in diluted form, it is very troublesome to dye especially for those who have frequent social activities that go out frequently. Many inventions have been considered to prevent this.

However, it has been troublesome to use more than two kinds of dyes before use.

Efforts have been made in the prior art to solve such a problem.

As shown in FIG. 7, in the prior art Patent Document No. 2004-0018741, existing dye materials separated into the first agent and the second agent are separated and stored in a single tube, and the inlet is simply cut when necessary, There is disclosed a double tube for filling a dyes in which different kinds of materials can be mixed and used. The double tube for filling dyes includes an outer container 10 having a threaded portion 23 formed on an outer circumferential surface of an upper portion thereof and integrally formed with a position fixing protruding piece protruding upward at a center of a bottom surface thereof; An outer cap 20 having a threaded portion formed on an inner circumferential surface thereof for threadedly engaging with the threaded portion of the outer container and having a hollow closed protruding portion 25 integrally formed at the upper end thereof; An inner vessel (30) having a threaded portion formed on an upper outer circumferential surface thereof and a recessed portion (35) corresponding to the position fixing projecting piece (15) of the outer container at the center of the bottom; And an inner cap 40 having a threaded portion 43 formed on an inner circumferential surface thereof for screwing with the threaded portion 33 of the inner container and a hollow closed protruding portion 45 formed integrally at the upper end thereof There has been a disadvantage that dilution is not performed well.

In addition, in order to stain the hair, the hair must be dyed with a hair comb or other tool by placing it in another container in the container. The present invention solves this disadvantage.

1. Patent Publication: 2004-0018741 (2004.04.04) 2. Patent Publication: 2011-0127866 (2011.28)

After a few days of dyeing hair at hairdressing or specialty dyes, the hair is coming out from the part of the scalp that is in the direction of the hair follicle.

Then, there was the inconvenience of dyeing every time you go out.

In order to prevent this, when the hair is frequently exposed to the hair dye frequently, the hair is more damaged and the hair is not good, so that the hair can be made into hair after the hair dye is finally desired due to the dyeing, Damage to itself increases the stress to those who use the dye.

In anticipation of this case, it was required to make disposable dyes easily available at home.

This has required a container or a method that is easy to use by the consumer and can easily dye even if it is not an expert.

In order to accomplish the present invention, the invention is constituted as follows.

A first container;

A second container;

A third container surrounding the first and second containers;

A casing configured to include a ball at an inlet of the third vessel;

It is preferable to have a configuration of

Still more preferably, the inlet of each of the first and second vessels constitutes a plurality of nozzles so that the dyes of the first and second vessels are diluted when the solution flows out Is more preferable.

It is preferable that the balls of the third container have a plurality of grooves on the surface thereof so that the dyeing solution flows through the grooves of the balls.

According to another embodiment of the present invention, the casing may be configured to be screwed with the third container, wherein one end of the cover is positioned at the container inlet of the first and second containers, It is more preferable that the solution flowing from the container inlet flows into a plurality of injection ports of the cover, and the other end of the cover includes a ball.

Further, it is further preferable that a hollow space is provided at an intermediate portion of the cover so that the plurality of solutions are well diluted.

Where dyeing is desired, the dye is diluted in the container itself to make the desired dyeing very easily.

It is very easy to see the effect of disposable dyes applied to the hair, which is intended to be directly dyed with the dye container, by diluting the dyes in a container in a single container without troublesomeness.

Figure 1 is a schematic view of the dyeing container of the present invention.
FIG. 2 is a view of the first embodiment showing a cross-sectional view of the dyeing container of the present invention.
FIG. 3 is a sectional view showing a second embodiment of the present invention. FIG.
FIG. 4 is a view showing a shape in which a groove is formed in the ball.
FIG. 5 is a view showing a third embodiment of a container having a plurality of injection ports in a lid.
6 is an enlarged view of the lid of FIG. 5;
FIG. 7 is a conventional technical drawing.

FIG. 1 is a perspective view of the present invention. FIG.

FIG. 2 is a cross-sectional view showing a cutting plane of FIG.

FIG. 2 is a cross-

A second container 200 disposed next to the first container 100;

A third container (300) surrounding the first and second containers;

A casing 310 configured to include a ball 400 at an inlet of the third vessel;

.

For dyeing always, two dyeings must be diluted just before use. In use, the lower part of the third container is held by hand to squeeze the dye. Then, between the inlet of the first and second containers and the inlet of the third container The solution of the first and second vessels is mixed with each other and the dye solution flows out through the groove 410 of the ball 400. [

It is required to apply a lid to such an extent that the mouth of the first and second containers is opened when a slight pressure is applied in use. A cover made of thin paper is also acceptable.

Of course, the cap of the third container may be fitted with a tamper-proof plastic lid (not shown)

The third figure shows that a plurality of injection ports (110, 120, 210, 220) are arranged at the entrance of each of the containers, and the solution flowing out of the first container is mixed with the solution flowing from the second container and the inlet of the container, do.

The inlet (110,120) of the first vessel and the inlet (210,220) of the second vessel are arranged such that the inlet of each of the first and second vessels is diluted with the plurality of vessels (110,120,210,220) so that the dyeings of the first vessel and the second vessel are diluted when the solution flows out. Of the nozzle.
That is, one of the plurality of nozzles of the first container is connected to the nozzle of the second container,
One of the plurality of nozzles of the second container is configured to be connected to the nozzle of the first container and to be premixed in each of the nozzles.

FIG. 4 shows that the ball of the third container has a plurality of grooves on its surface, and the dyeing agent flowing out is diluted at the injection port and once again diluted in the groove of the surface of the ball. As the consumer drains the solution for dyeing, It is constructed at the entrance as much as possible.

5 and 6, the casing 500 is configured as a cover screwed to the third container 300, and one end of the cover is positioned at a container inlet of the first and second containers, 510, 520, 530, and 540) so that the solution flowing from the first and second container openings flows into a plurality of injection openings of the cover, while flowing out the inlet, The dyeing solution diluted in the empty space 550 is once again diluted by the third dilution through the ball 310 at the other end of the cover so that the diluted solution is diluted by itself And the like.
One of the plurality of nozzles of the lid at the container inlet connected to the first container is connected to a nozzle connected at the second container,
One of the plurality of nozzles of the lid at the inlet of the container connected to the second container is connected to the nozzle connected to the first container and mixed first,
And an empty space 550 is provided at an intermediate portion of the cover to configure the plurality of solutions to be secondarily well diluted.
And the empty space is configured to be larger than the sum of the side areas of the respective nozzles of the first container and the second container, so that the second space is well mixed.
And the other end of the cover includes a ball,
And the surface of the ball is mixed in a tertiary manner through a plurality of grooves.
The inlet of the first and second vessels is closed by the inlet port of the cover of the third container or the rest of the inlet port of the third container is blocked even if it is not so, Will not flow out.

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Of course, it is easy to configure the inlet of the first, second, and third vessels to coincide at the time of use.

Sealing the ball portion of the lid of the third container may be provided with a separate threaded coupling, but it is also possible to install a forced-fit plastic lid (not shown)

10: outer container 20: outer cap 25: protrusion of outer container
30: inner container 40: inner cap 45: protrusion of inner container
100: first container 110: first inlet of first container 120: second inlet of first container
200: second vessel 210: first inlet of the second vessel 220: second inlet of the second vessel
300: third container 310: casing of third container
400: Circular ball 410: Circular ball groove
500: cover 510: first inlet port of the cover 520: second inlet port of the cover
530: third inlet port of the cover 540: fourth inlet port of the cover 550: empty space

Claims

A first container having an inlet;
A second container;
Wherein the inlet of the first container and the inlet of the second container are arranged such that when the solution flows out, a plurality of nozzles constituting the inlet of each of the first container and the second container are diluted so that the coloring agent of the first container and the second container is diluted Constitute;
Wherein one of the plurality of nozzles of the first container is connected to a nozzle of the second container,
One of the plurality of nozzles of the second container is connected to the nozzles of the first container and mixed primarily,
A third container surrounding the first and second containers;
A casing configured to include a ball at an inlet of the third vessel;
Wherein an empty space is formed between an end of each of the openings of the first container and the second container and an inlet of the third container, wherein the empty space is smaller than the sum of the lateral areas of the respective nozzles of the first container and the second container And the mixture is secondarily mixed,
A plurality of grooves formed on a surface of the ball;
And a third mixing means for mixing the three components of the dyeing container.

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A first container having an inlet;
A second container;
Wherein the inlet of the first container and the inlet of the second container are arranged such that when the solution flows out, a plurality of nozzles constituting the inlet of each of the first container and the second container are diluted so that the coloring agent of the first container and the second container is diluted Constitute;
A third container surrounding the first and second containers;
A casing configured to include a ball at an inlet of the third vessel;
Wherein the casing is configured as a lid screwed with the third container,
Wherein one end of the lid is positioned at a container inlet of the first container and a container inlet of the second container, the configuration of one end of the lid having a plurality of injection ports,
And the solution flowing from the first container and the second container inlet flows into the plurality of injection ports of the cover,
Wherein one of the plurality of nozzles of the cover at the container inlet connected to the first container is connected to a nozzle connected at the second container,
One of the plurality of nozzles of the lid at the inlet of the container connected to the second container is connected to the nozzle connected to the first container and mixed first,
The solutions mixed and discharged from the plurality of nozzles are mixed in a second space in an empty space 550 larger than the space of the nozzles,
The other end of the cover including a ball,
Wherein the ball has a configuration in which the surface of the ball is mixed in a tertiary manner through a plurality of grooves.

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