KR200445143Y1 - Hairdye case - Google Patents

Abstract

The present invention relates to a dye container.

The dye container according to the present invention includes two chemical containers each containing a gas and a different dyeing chemical, a push-out discharge tube is installed in the upper portion, and guide rod insertion holes in the lower center thereof, and connecting tube inserts at both sides. A hole is formed, the container auxiliary cover and the plate plate is formed with a protruding protrusion protruding from the outer peripheral surface on both sides, the guide rod is formed in the center of the bottom surface of the plate plate is inserted into the guide rod insertion hole, the guide On both sides of the rod, the chemical tube connecting tube is formed through the plate plate, and the upper part of the discharge tube is inserted through the connecting tube insertion hole to the outside, and the pressing jaw is formed to press the upper end of the discharge tube, The side wall is formed on the upper circumference of the plate while being spaced inward so that the chemical mixing space is formed inward. In the dye container comprising a member, the lower portion is open, the side wall surface is fitted to the side wall of the pressing member, the upper surface is formed with a mixed space forming portion configured to cover the upper portion of the chemical mixing space of the pressing member The separation prevention member is provided at both sides of the mixing space forming part, and the stirring bar inserting part having a stirring bar inserting space is protruded inward in the upper center of the mixing space forming part, and is formed at the upper center of the stirring bar inserting part. A hose connecting tube is provided to protrude, and a mixing case in which one side is fixed to a side wall at both bottoms of the upper surface of the mixing space forming part, and the other side is provided with two partitions spaced apart from the side wall; It is formed in a shape having a plurality of blades with respect to the central axis in the vertical direction, is inserted into the stirring rod insertion space of the mixing case, the plurality of wings are located cross each other on a plane, the lowermost wing is the stirring rod insertion space A stirring rod inserted into the lower medicine mixing space and configured to rotate by the pressure of the medicine supplied while the vortex is generated by the staggered partitions; The lower part has an open shape, and elastic pieces are installed on both sides facing each other, and a gap is formed at the bottom of the elastic piece so that the protrusion of the container auxiliary cover is inserted into the gap of the bottom of the elastic piece to be fastened with the container auxiliary cover. A container cover having a sole support fastening hole formed at one side of the upper front side, and a button insertion hole formed at one side of the rear side; It is installed inside the container cover, the hose insertion hole is formed on one side of the upper surface, the bottom surface is to be caught on the upper end of the stirring rod insertion portion, one side of the rear side is projected to the outside of the button insertion hole of the container cover and pressed by hand It is configured so that the bottom of the protruding downward on the front surface is formed with a fixed shaft formed with a connecting jaw at the bottom is connected to the button is configured to be caught on the separation prevention member of the mixing case; A hose formed of a synthetic resin having elasticity and having a bottom portion fitted to a hose connecting pipe of the mixing case; A cover connection part is formed at a rear side and is fitted to the inner circumferential surface of the sole support fastening hole, and a hose connection part is formed at one side of the cover connection part and fitted into the hose, and a through hole penetrated from the hose connection part to the front surface is formed. And the sole support is formed with a receiving space for temporarily containing the mixed medicine accommodated on one side; A brush member fastened to one side of the sole support and having an auxiliary brush member fastening hole formed at a center thereof, the brush member being installed around the auxiliary brush member fastening hole; It is fastened to the auxiliary brush member fastening hole of the brush member, a plurality of auxiliary brushes are installed on the front side, the auxiliary brush is connected to the receiving space of the sole support is empty inside, the discharge hole is formed on the outside of the auxiliary brush Consists of; auxiliary brush member that is to be discharged the drug mixture of the receiving space.

According to the present invention, by installing a stirring rod that is rotated with a plurality of wings arranged to cross each other, by forming a receiving space for the mixed drug is accommodated in the sole support to increase the mixing ratio of the drug as possible, in particular, the brush member By discharging through the auxiliary brush of the auxiliary brush member coupled to the hair and chemicals are directly made compared to that discharged from the bottom of the conventional brush member, in particular, the auxiliary brush of the brush member is in contact with the hair inside the head when combing the hair Since the inside hair is dyed, the brush is protruded from the container cover at right angles and the button is located on the back side of the container cover. It is possible to prevent the contact, and in particular, if the protrusions of the container auxiliary cover fixed to the chemical container and the elastic piece of the container cover has fluidity By connecting the buttons and connecting the receiving space of the brush member and the button by the hose, the chemical mixture liquid can be supplied and discharged to the brush member smoothly without leakage while minimizing the flow of the sole support and the brush member according to the vertical movement of the button. Finally, by forming a mixing space forming part connected to the chemical mixing space in the mixing case, and by mixing the chemical mixing space and the mixing space forming unit rotatably installed in the mixing chamber, the chemicals are mixed smoothly before being discharged into the hose. As a result, it is possible to increase the mixing ratio of the drug to provide excellent dyeing quality. Consequently, the mixing ratio of the drug can be increased, and the mixed medicine can easily reach the desired color by directly contacting the hair inside the head. Will be.

Dye, container, medicine, mixing, spinning

Description

Dye container {Hairdye case}

The present invention relates to a dye container, which does not require a separate mixing container or mixing device by mixing and dyeing two different drugs while leaving the drug container.

Dyeing agent refers to a drug that changes the color of the hair, these dyes are not composed of only one drug, it is common to use a mixture of two drugs.

By the way, in order to take out each of the two drugs separately from the packaging case as described above, a separate container must be prepared, and the agitation of the two drugs is also very cumbersome.

In order to solve this problem, recently, a case in which a dyeing agent is packaged is configured to be supplied through a brush while the two dyeing agents are mixed so that the user can dye by brushing or combing the brush of the dye container to the hair. This is being provided.

In the related art, the first and second dyeing agents are separately stored and stored in one container, and the extruded and mixed at the same time by pressing the button to collect the separated and stored first and second agents into one mixing chamber through the extrusion means. A 'dyeing tool' (Korean Registered Utility Model Publication No. 20-284550) has been published, which is configured to be dyed by mixing with a member and supplying a mixed dyeing agent with a comb of a coating tool.

However, the above techniques have a problem in that the mixing ratio of the first and second dyeing agents is poor and does not reach the desired color well.

In addition, the hands touch the dyed hair there was a problem that the hands are contaminated.

In addition, the hair deeply hidden inside the hair has a problem in that the dyeing chemicals do not reach well and the dyeing quality of the outside and the inside is different.

The dye container of the present invention is intended to solve the problems caused in the prior art as described above, and a rotating stirring rod provided with a plurality of wings arranged alternately, accommodating space accommodating the mixed medicine in the sole It is intended to improve the mixing ratio of the drug as possible.

In particular, the chemicals are discharged through the auxiliary brush of the auxiliary brush member coupled to the brush member, so that hair and chemicals are directly made compared to those discharged from the bottom of the conventional brush member, especially when the auxiliary brush of the brush member combs the hair. Because it comes into contact with the hair on the side, the inner hair is dyed.

In addition, the sole protrudes from the container cover at a right angle, and since the button is located on the rear side of the container cover, it is intended to prevent the dyeing agent from touching the hand when the dyeing operation is carried out while holding the container cover.

Particularly, the protrusions of the container subsidiary cover to which the medicine container is fixed and the elastic pieces of the container cover are coupled to each other with fluidity, and by connecting the receiving space of the brush member and the button with a hose, the brush support and the brush member according to the vertical movement of the button are moved. It is intended to allow the chemical mixture to be smoothly supplied to and discharged from the brush member without leakage.

Finally, by forming a mixing space forming part connected to the chemical mixing space in the mixing case, and by installing the stirring rod rotatably in the mixing portion and the mixing space forming the chemical mixing space connected integrally, the chemicals are mixed smoothly before being discharged to the hose The purpose is to increase the mixing ratio of the drug to provide excellent dyeing quality.

In other words, to increase the mixing ratio of the drug, as well as directly to the hair of the mixed drug directly to the hair to achieve the desired color as easily as possible.

In order to solve the above problems, the dye container of the present invention, each of the gas and the different dyeing chemicals are accommodated, two chemical containers are provided with a push-type discharge tube on the top, and a guide rod insertion hole is formed in the lower center And a container support cover having a connecting pipe insertion hole formed at both sides, and having protrusion protrusions protruding from both outer peripheral surfaces thereof, and a plate plate formed therein, and a guide rod formed at the center of the bottom surface of the plate plate. Is inserted into the rod insertion hole, both sides of the guide rod is formed through the plate plate chemical tube connecting tube through the connecting tube insertion hole to the outside is inserted into the upper discharge tube, the pressing jaw is formed to press the top of the discharge tube The side wall is formed on the upper circumference of the plate plate while being spaced inward from the plate plate circumferential surface. A dye container comprising a pressing member having a chemical mixing space, wherein the lower portion is open, the side wall surface is fitted to the side wall of the pressing member, and the upper surface covers the upper portion of the chemical mixing space of the pressing member. The mixing space forming part is configured to be formed, and the separation prevention member is installed on both sides of the mixing space forming part, and the stirring rod inserting part having a stirring rod inserting space inward is formed in the upper center of the mixing space forming part. The hose connecting tube is protruded and installed at the center of the upper part of the stirring rod insert, and one side is fixed to the side wall at both bottoms of the upper surface of the mixing space forming part, and the other side is provided with two partitions spaced apart from the side wall. A mixing case; It is formed in a shape having a plurality of blades with respect to the central axis in the vertical direction, is inserted into the stirring rod insertion space of the mixing case, the plurality of wings are located cross each other on a plane, the lowermost wing is the stirring rod insertion space A stirring rod inserted into the lower medicine mixing space and configured to rotate by the pressure of the medicine supplied while the vortex is generated by the staggered partitions; The lower part has an open shape, and elastic pieces are installed on both sides facing each other, and a gap is formed at the bottom of the elastic piece so that the protrusion of the container auxiliary cover is inserted into the gap of the bottom of the elastic piece to be fastened with the container auxiliary cover. A container cover having a sole support fastening hole formed at one side of the upper front side, and a button insertion hole formed at one side of the rear side; It is installed inside the container cover, the hose insertion hole is formed on one side of the upper surface, the bottom surface is to be caught on the upper end of the stirring rod insertion portion, one side of the rear side is projected to the outside of the button insertion hole of the container cover and pressed by hand It is configured so that the bottom of the protruding downward on the front surface is formed with a fixed shaft formed with a connecting jaw at the bottom is connected to the button is configured to be caught on the separation prevention member of the mixing case; A hose formed of a synthetic resin having elasticity and having a bottom portion fitted to a hose connecting pipe of the mixing case; A cover connection part is formed at a rear side and is fitted to the inner circumferential surface of the sole support fastening hole, and a hose connection part is formed at one side of the cover connection part and fitted into the hose, and a through hole penetrated from the hose connection part to the front surface is formed. And the sole support is formed with a receiving space for temporarily containing the mixed medicine accommodated on one side; A brush member fastened to one side of the sole support and having an auxiliary brush member fastening hole formed at a center thereof, the brush member being installed around the auxiliary brush member fastening hole; It is fastened to the auxiliary brush member fastening hole of the brush member, a plurality of auxiliary brushes are installed on the front side, the auxiliary brush is connected to the receiving space of the sole support is empty inside, the discharge hole is formed on the outside of the auxiliary brush Consists of; auxiliary brush member that is to be discharged the drug mixture of the receiving space.

In addition, the lower outer circumferential surface of the container cover is formed symmetrically to surround the upper outer circumferential surface of the container, the upper outer circumferential surface is flat on the front, and the upper rear is formed to be inclined while narrowing from the bottom to the upper side, and downward from the bottom of the upper surface. The button connection tube of the hollow tube shape is installed, the cover connecting projection is installed on both sides of the upper surface of the button is characterized in that it is inserted into the button connection tube.

In addition, the button is provided with two side guide plates on both bottom surfaces of the hose insertion hole is in contact with the stirring rod insert side wall surface to guide the movement direction when the button is moved up and down.

In addition, a rear guide plate is installed at the bottom of the rear side of the button to contact the inner wall of the button insertion hole, and a button groove is formed on one side of the upper surface in the horizontal direction to provide an elastic restoring force when the portion protruding outside the button insertion hole is pressed. Characterized in that it is to be.

In addition, the auxiliary discharge hole is formed on the surface of the sole member.

According to the present invention, the mixing ratio of the drug is increased as much as possible by providing a rotating stirring rod provided with a plurality of wings arranged alternately with each other, and forming a receiving space in which the mixed medicine is accommodated in the sole.

In particular, the chemicals are discharged through the auxiliary brush of the auxiliary brush member coupled to the brush member, so that hair and chemicals are directly made compared to those discharged from the bottom of the conventional brush member, especially when the auxiliary brush of the brush member combs the hair. Since it comes into contact with the hair on the side, the inner hair is dyed.

In addition, since the sole protrudes from the container cover at a right angle and the button is located at the rear side of the container cover, the dye can be prevented from touching the hand when the dyeing operation is carried out while holding the container cover.

Particularly, the protrusions of the container subsidiary cover to which the medicine container is fixed and the elastic pieces of the container cover are coupled to each other while having fluidity, and by connecting the receiving space of the brush member and the button with a hose, The chemical mixture can be smoothly supplied to and discharged from the brush member with no leakage while minimizing the flow.

Finally, by forming a mixing space forming part connected to the chemical mixing space in the mixing case, and by installing the stirring rod rotatably in the mixing portion and the mixing space forming the chemical mixing space connected integrally, the chemicals are mixed smoothly before being discharged to the hose Increasing the mixing ratio of the drug can provide excellent dyeing quality.

That is, as well as increase the mixing ratio of the drug, it is possible to reach the desired color as simply as possible by allowing the mixed drugs directly and directly contact the hair inside the head.

The dye container of the present invention basically comprises a medicine container, a container auxiliary cover, a pressing member.

As shown in FIG. 5, the chemical container 10 is respectively dyed by gas and different dyeing chemicals are housed, and a pressurized discharge tube 11 is provided on the upper portion, and the discharge tube 11 is pressed. It is configured to discharge the medicine.

The press-type discharge tube 11 is configured to be applied to a portable gas container such as a butane gas container, and the discharge tube 11 is configured as a press-type discharge tube 11 as shown in Korean Utility Model Publication No. 2000-0016876. When 11) is not pressed, the gas inside does not come out. When the discharge pipe 11 is pressed, the gas comes out.

The medicine container 10 is composed of two as shown, one drug container 10 is filled with a liquid raw material and LPG gas, the other medicine container 10 is a cream-like raw material and nitrogen gas It is filled up.

In addition, the upper portion of the two medicine barrel 10 is formed with a groove 12 along the circumference between the lid and the body to be fixed to other components.

At this time, the outer shape of the two medicine containers 10 may be prevented from being exposed as it is, and a packaging vinyl or packaging case for advertisement may be configured to surround the outer circumferential surfaces of the two medicine containers 10.

As shown in FIG. 1, the medicine container 10 is provided with a container support 20 configured to support two medicine containers 10 by receiving lower portions of two medicine containers 10 thereon.

The vessel holder 20 has an open top shape, has sidewalls formed along a circumference thereof, and has a bottom plate integrated with the sidewalls.

As shown in FIG. 5, the container auxiliary cover 60 is provided with a plate plate inward, a guide rod insertion hole 63 is formed at the center thereof, and a connecting tube insertion hole at both sides of the guide rod insertion hole 63. The hole 64 is formed.

In addition, both side walls are formed with guide protrusions 61 protruding inwardly, and two protrusions 62 are formed on the outer circumferential surface in a direction orthogonal to both guide protrusions 61 with the ends spaced apart from the outer circumferential surface. have.

At this time, the end of the protruding protrusion 62 preferably has an inclined portion having an inclined shape as shown.

At this time, although not shown on the inner wall surface of the container subsidiary cover 60, it may be configured to be fitted into the groove 12 in the upper portion of the medicine container 10 to form a fitting jaw.

The pressing member 30 is formed with a plate plate as shown in Figure 5, the guide rod 31 is inserted into the guide rod insertion hole 63 of the container auxiliary cover 60 in the center of the bottom surface of the plate plate 31 Is formed.

The guide rod 31 is inserted into the guide rod insertion hole 63 of the container auxiliary cover 60.

In addition, the both sides of the guide rod 31 is formed through the chemical tube connecting pipe 32 through the plate plate discharge of the chemical container 10 while passing through the connection tube insertion hole 64 of the container auxiliary cover 60 The upper part of the tube 11 is inserted, but the pressing jaw 35 is formed so as to press the upper end of the discharge tube 11, and when the upper end of the discharge tube 11 is pressed, the chemicals inside the chemical container 10 are caused by the pressure of the gas. It is comprised so that it may move to the upper part of the discharge pipe 11, and the chemical | medical agent connection pipe 32 side.

In this case, although not shown in the space between the discharge pipe 11 and the upper side of the chemical container connecting tube 32, the packing is installed to prevent the medicine inside the chemical container 10 leak.

In addition, the plate circumferential surface of the pressing member 30 is configured to be fitted by the guide protrusion 61 of the container auxiliary cover 60.

In addition, the side wall is formed on the upper circumference of the plate plate spaced inward from the plate plate circumferential surface of the pressing member 30 has a drug mixing space 34 inward, through the drug tube connecting pipe 32 The chemicals discharged to the mixing are mixed in the chemical mixing space 34, and the outflow to the outside is prevented.

On the other hand, the annular jaw 33 is formed on the outer circumferential surface of the medicine tube connecting tube 32, as shown in FIG.

Hereinafter, the main part of the dye container of the present invention will be described in more detail with reference to the accompanying drawings.

The mixing case 40, which is a main component of the present invention, is composed of a mixing space forming part 47, a stirring rod inserting part 42, a hose connecting pipe 45, a partition 46, and a separation preventing member 43. do.

The mixing space forming part 47 has a shape in which the lower part is opened as shown in FIG. 7, and the side wall surface is fitted to the side wall of the pressing member 30 to seal the side of the chemical mixing space 34 and to mix the chemicals. It is comprised so that the upper part of the space 34 may be covered.

On both sides of the mixed space forming part 47 is formed a separation preventing member 43, the separation preventing member 43 is formed with a projection on the inner side at the bottom as shown in the figure, the projection pressing member 30 Hanging on the bottom of the plate plate) of the mixing case 40 and the pressing member 30 is firmly fixed so that the two drugs contained in the chemical mixing space 34 is not discharged to the side.

On the other hand, the stirring rod inserting portion 42 is formed to protrude in the upper center of the mixing space forming portion 47, the stirring rod inserting space 41 is formed inward.

In addition, the hose connecting pipe 45 is protruded and installed in the upper center of the stirring rod inserting part 42.

That is, the mixed medicine is configured to be discharged through the hose connecting pipe 45 through the stirring rod insertion space 41 from the chemical mixing space 34.

In this case, as shown in FIGS. 7 and 8, both sides of the bottom surface of the mixing space forming part 47 of the mixing case 40 are fixed to the side wall, and the partitions 46 spaced apart from the side wall are staggered from each other. It is installed.

The reason why the two partitions 46 are staggered in this way is to control the flow of each drug introduced into the drug mixing space 34 through the drug container connection pipe 32 to provide inflow pressure having a direction in a certain direction. It is for.

That is, it is a structure for rotating the stirring rod 50 by providing a constant pressure in the clockwise or counterclockwise direction to the wings 51 and 52 of the stirring rod 50 mentioned later.

Such a configuration would be an effective method because it provides a much simpler structure and does not require pressing the button several times as compared to the method of pressing a button to rotate by the pressure in the conventional dye container.

In addition, for this purpose, the partition 46 is installed in the form of blocking both the upper and lower portions of the drug mixture space 34.

Specifically, the lower end of the partition 46 is in close contact with the bottom surface of the pressing member 30 in a state where the mixing case 40 and the pressing member 30 are fixed so that no gap is generated so that the chemical discharge pressure in a predetermined direction is increased. To function.

Stirring rod 50 is a main component of the present invention is formed in a shape having a plurality of wings (51, 52) with respect to the central axis in the vertical direction, as shown in Figure 5 and 7, the mixing case 40 It is inserted into the stirring rod insertion space 41 of.

At this time, the stirring rod 50 is rotatably installed in the stirring rod insertion space 41, and thus the outer circumferential surfaces of the wings 51 and 52 have a state spaced apart from the inner wall of the stirring rod insertion space 41.

In addition, the plurality of wings 51, 52 are positioned to cross each other on the plane.

That is, by changing the arrangement of the wings (51, 52) in the middle of the medicine to move upwards by the pressure of the lower side is caught by the upper wings (51) is distributed between the two wings (51, 52) to supply the medicine from both sides Even if the result is that the two drugs are evenly mixed in the space between the two wings (51, 52).

At this time, the lower wing 52 is inserted to the bottom of the chemical mixing space 34 to allow the maximum amount of the drug discharge pressure.

As described above, the stirring bar 50 has a constant rotational moment in a clockwise or counterclockwise direction on the wings 51 and 52 by the partitions 46 arranged alternately on the bottom of the mixing case 40 as described above. It is to be rotated by the outflow pressure of the gas without a separate mechanical device.

In forming the blades 51 and 52 in the stirring rod 50 as described above, the lowermost wing 52 is formed larger, the upper wing 51 is made smaller, and the outermost surface of the lower wing 52 protrudes. When 53 is formed, the stirring rod inserting portion 42 is formed by the upper and lower light beams, and when the groove is inserted into the inner circumferential surface, the blades 51 and 52 can be rotated while being kept horizontal.

The container cover 70, which is the main component of the present invention, has an open shape as shown in FIGS. 3 and 4, and an elastic piece 71 is formed on both sides facing each other on the lower side. A gap 72 is formed at the bottom of the elastic piece 71, so that the protrusion protrusion 62 of the container auxiliary cover 60 is inserted into the container auxiliary cover 60.

The front of the container cover 70 is formed so that the sole support fastening hole 73 is formed on one side and is configured to be fastened with the sole support 100 to be described later, the button insertion hole 74 is formed on the rear button ( 80) One side is inserted and configured to protrude outward.

In this configuration, when the pressing jaw 35 of the pressing member 30 presses the discharge tube 11 of the medicine container 10, the container auxiliary cover 60 into which the pressing member 30 is inserted is moved together. The movement of the inclined portion of the protruding protrusion 62 is inserted into the protruding protrusion insertion hole 73 to prevent movement over a certain distance.

In the present invention, as shown in the figure, the shape of the container cover 70, the lower outer peripheral surface is formed symmetrically so as to surround the upper outer peripheral surface of the container, the upper outer peripheral surface is flat in the front, the upper rear is narrow in width from the bottom upwards Formed obliquely as built.

That is, the shape of the upper and lower light is taken to correspond to the shape of the sole member 110 to be described later, and the sole member 110 has the shape of the upper and lower light.

The reason why the brush member 110 and the container cover 70 are taken in the form of upper and lower light is that when dyeing agents such as porridge flows down in the dyeing process, more dyeing agents are accumulated in the lower part and the dyeing quality becomes uniform. This is to prevent the loss.

In other words, by widening the area of the lower part, even if the dyeing chemicals flow down, it is spread evenly while combing by a larger area, so that the dyeing is made in a uniform state.

Buttons 80, which are the main components of the present invention, are installed inside the container cover 70 as shown in FIGS. 4, 7, and 8, and a hose insertion hole 83 is formed at one side of the upper surface, and the bottom surface is The upper end of the stirring rod insert 42 is caught.

That is, when the button 80 is pressed downward while the bottom surface of the button 80 is caught on the top of the stirring rod inserting portion 42, the stirring rod inserting portion 42 of the mixing case 40 receives pressure downward. The pressure is transmitted to the pressing member 30 so that the pressing jaw 35 presses the upper end of the discharge pipe 11 of the medicine container 10 to open the discharge pipe 11 of the medicine container 10 on both sides. The drug is discharged through.

In this case, a button protrusion 84 may be formed on the rear of the button 80 to prevent slippage.

On the other hand, one side of the rear of the button 80 is projected to the outside of the button insertion hole 74 of the container cover 70 is configured to press by hand.

At this time, a fixed shaft 81 is formed on the front surface of the bottom of the button 80, the lower projection is formed in the lower end of the connection jaw, the connection jaw is configured to be caught on the separation prevention member 43 of the mixing case 40 have.

That is, the button 80 is a state in which the connection jaw of the fixed shaft 81 is caught in the separation prevention member 43 of the mixing case 40, so that the rear side is moved downward in the principle of the lanyard, and the restoring force is chemical It is restored by a spring installed in the discharge pipe 11 of the cylinder (10).

In this configuration, a button connecting pipe 75 having an inner hollow tube shape is installed downward from the bottom of the upper surface of the container cover 70, and the button connecting pipe 75 is installed at the button 80 by installing cover connecting protrusions on both sides of the upper surface. The cover connecting protrusion may be configured to be inserted into the cover.

This configuration can be facilitated to move upward by the coupling force of the cover button and the button connecting pipe 75 after the button 80 is pressed.

In addition, in the configuration of the button 80 as described above, two side guide plates 86 are installed on both bottom surfaces of the hose insertion hole 83, and the side guide plates 86 are the sides of the stirring rod inserting portion 42. It can be brought into contact with or in contact with the wall.

In this case, since the direction in which the button 80 is pressed is made constant by the side guide plate 86, the durability of the button 80 made of a general synthetic resin can be improved.

In particular, the locking jaw 44 is formed on the outer circumferential surface of the stirring rod inserting portion 42 of the mixing case 40, and when the lower side of the side guide plate 86 contacts the locking jaw 44, the button 80 is pressed. More than ever, the mixing case 40 can be moved.

In addition, it is possible to guide the vertical movement of the button 80 on the rear side by further installing a rear guide plate 85 in contact with the inner wall surface of the button insertion hole 74 on the bottom of the rear side of the button 80.

As such, when the cover connection protrusion and the button connector 75 are installed, the lower side guide plate 86 at the lower center, and the rear guide plate 85 at the rear are installed, the button 80 is fixed even though the button 80 is frequently pressed. Orientation results in less switch failures, and accuracy is achieved even when pressed with less pressure due to the guide, and chemical discharge is desired.

On the other hand, in order to provide the elastic restoring force to the button 80, when the button groove 87 is formed in the horizontal direction on one side of the upper surface of the button 80 to press the portion protruding outside the button insertion hole 74, Can be provided.

In addition, as shown in the drawing, the fixed shaft groove 82 may be formed in front of the upper surface of the button 80 to provide elasticity to the fixed shaft 81.

Hose 90 is a main component of the present invention is formed of a synthetic resin material having an elastic, one side is fitted with a bottom portion of the hose connecting pipe 45 of the mixing case 40, the upper portion of the sole support 100 to be described later ) Is fastened.

Such a configuration allows the chemicals to be discharged smoothly while minimizing the flow of the brush member 110 when the button 80 is pressed by using the hose 90 having fluidity.

The sole support 100, which is a main component of the present invention, has a cover connection portion fitted to the inner circumferential surface of the sole support fastening hole 73 of the container cover 70, as shown in FIG. Is fastened with

In addition, one side of the cover connecting portion is formed with a hose connecting portion to be inserted into the hose 90 described above.

In addition, the through hole 103 penetrates from the hose connection to the front is formed so that the mixed chemicals supplied through the hose 90 is configured to move to the front through the hose 90 and the through hole 103.

At this time, the front surface has a side wall formed around the receiving space 101 is formed in the inner side surrounded by the side wall.

As such, by forming the receiving space 101 in the sole support 100, the drug is first mixed in the first drug mixing space 34 and then moved to temporarily receive in the receiving space 101 is made of stable mixing.

3 and 4 to form a slight jaw on the front of the container cover 70, one side of the sole support 100 forms a bottom portion 102 to be fitted to the jaw bottom 102 and the jaw It can be seen that using the cover connection with the coupling force is further enhanced.

In addition, the side wall of the sole member engaging protrusion 104 is formed so as to be able to maintain the fixing force when fitted to the inner side wall of the brush member 110 to be described later.

Brush member 110 is a component of the present invention is the sole member side wall 111, which is the outer circumference of the body is fitted and fastened around the sole support 100, the other side is provided with a plurality of brushes 112, in the center An auxiliary brush member fastening hole 113 is formed.

The auxiliary brush member 120, which is a main component of the present invention, is fitted into and fastened to the auxiliary brush member fastening hole 113 of the sole member 110, and a plurality of auxiliary brushes 122 are installed on the front surface thereof.

The rear of the brush member 110 is composed of an auxiliary brush member body 121 is opened, and a plurality of auxiliary brushes 122 protruding to the front from the auxiliary brush member body 121.

That is, the back of the brush member 120 has an open shape and communicates with the receiving space 101 between the sole support 100 and the brush member 110, the auxiliary brush 122 installed in the front is hollow tube shape inside And, the discharge hole 123 is formed on the side or the outer end of the auxiliary brush 122 is configured to discharge the mixed drug in the receiving space (101).

In this way, by discharging the mixed drug using the auxiliary brush 122 of the auxiliary brush member 120 rather than the bottom of the brush member 110, the mixed drug can be directly supplied to the hair located deep in the user's head, so that the quality of dyeing is better. Is improved.

In this case, when the auxiliary discharge hole 114 is formed on the surface of the brush member 110, the mixed drug may form the discharge hole 123 of the auxiliary brush 122 and the auxiliary discharge hole 114 on the surface of the brush member 110. Simultaneously discharged through the hair can be dyed evenly to the hair on the inside and outside of the hair, and can be dyed evenly on the bottom and top of the hair to improve the quality of dyeing.

Referring to the operation of the dye container of the present invention configured as described above are as follows.

To perform the dyeing, when one side of the button 80 protruding out of the button insertion hole 74 of the container cover 70 is pressed, the bottom surface of the button 80 is caught on the top of the stirring rod insertion part 42 of the mixing case 40. Will move downward.

As a result, the pressing member 30 coupled with the mixing case 40 moves downward, and the pressing jaw 35 of the lower pressing member 30 presses the upper end of the discharge tube 11 to form a chemical in the two medicine containers 10. It is discharged.

The chemicals discharged from the discharge pipe 11 of each chemical container 10 flows into the chemical mixing space 34 between the pressing member 30 and the mixing case 40, and is installed in the chemical mixing space 34. The partition 46 causes the two drugs to pressurize the vanes 51 and 52 in the stirring rod 50 while forming a vortex.

At this time, the rotation moment is generated based on the center of the stirring bar 50, the stirring rod 50 is rotated while the two drugs are mixed while rising.

That is, the two chemicals are mixed while passing through the stirring rod inserting space 41 in the chemical mixing space 34, passing through the hose 90 inside the receiving space 101 of the sole support 100, the auxiliary brush member 120 The auxiliary brush 122 or the sole member 110 is discharged through the auxiliary discharge hole 114 formed in the bottom surface.

The user's index finger is positioned on the button 80 at the back of the container cover 70 during the series of operations, and the other hand is separated from the brush member 110 by holding the side of the container cover 70. Thus, the held finger can be prevented from being contaminated by the dyed hair.

In addition, even when the drug is mixed and discharged by pressing the button 80, no leakage occurs to the outside.

The dye container of the present invention can be applied to various cosmetic cases using a mixture of different heterogeneous materials in addition to the dye.

1 is a perspective view showing a dye container of the present invention.

2 is a front view showing the dye container.

Figure 3 is an exploded perspective view showing a connection state from the auxiliary brush member to the container cover in the present invention.

Figure 4 is an exploded perspective view showing a state in which the brush support and the button is installed on the container cover.

Figure 5 is an exploded perspective view showing a coupling state from the mixing case to the medicine container in the present invention.

Figure 6 is a cross-sectional view of the dye container of the present invention.

Figure 7 is a partially cut perspective view showing a dye container of the present invention.

8 is a plan view schematically showing a partition installation state in the present invention.

<Detailed Description of Major Symbols in Drawing>

10: chemical container 11: discharge tube

12: home 20: container

30: pressing member 31: guide rod

32: medicine tube connector 33: annular jaw

34: chemical mixing space 35: pressing jaw

40: mixing case 41: stir bar insertion space

42: stirring rod insert 43: separation preventing member

44: engaging jaw 45: hose connector

46: partition 47: mixed space forming unit

50: stirring rod 51, 52: wing

53: projection 60: container auxiliary cover

61: guide protrusion 62: protrusion protrusion

63: guide rod insertion hole 64: connector insertion hole

70: container cover 71: elastic piece

72: gap 73: brush support hole

74: button insertion hole 75: button connector

80: button 81: fixed shaft

82: fixed shaft groove 83: hose insertion hole

84: button projection 85: rear guide plate

86: side guide plate 87: button groove

90: hose 100: sole support

101: receiving space 102: bottom

103: through hole 104: brush member coupling protrusion

110: brush member 111: brush member side wall portion

112: sole 113: auxiliary brush member fastening hole

114: auxiliary discharge hole 120: auxiliary brush member

121: auxiliary brush member body 122: auxiliary brush

123: discharge hole

Claims (5)

Gas and different dyeing chemicals are accommodated, respectively, two chemical containers 10 having a press-type discharge tube 11 installed thereon, and guide rod insertion holes 63 formed in the lower center thereof. A connecting tube inserting hole 64 is formed, and a container auxiliary cover 60 having a protruding protrusion 62 protruding from both outer peripheral surfaces thereof, and a plate plate, and a guide rod in the center of the bottom surface of the plate plate. (31) is formed and inserted into the guide rod insertion hole (63), on both sides of the guide rod (31) is formed through the medicine tube connecting tube 32 through the plate plate to the outer tube insertion hole (64) The upper part of the discharge tube 11 is inserted through the through hole, and the pressing jaw 35 is formed to press the upper end of the discharge tube 11, and the side wall is surrounded by the upper side of the plate plate with the plate plate spaced inward from the circumferential surface. Is formed therein chemical mixing space (34) In the dye container configured to include the pressing member 30 is formed, A mixing space forming part 47 configured to cover the upper portion of the chemical mixing space 34 of the pressing member 30 with the lower side being opened and the side wall surface fitted to the side wall of the pressing member 30. Is formed, the separation prevention member 43 is provided on both sides of the mixing space forming portion 47, and has a stirring rod inserting space 41 inward in the upper center of the mixing space forming portion 47 Stirring rod insert 42 is formed to protrude, the hose connecting pipe 45 is protruded in the upper center of the stirring rod insert 42, both sides of the upper surface of the mixing space forming portion 47 A mixing case 40 having one side fixed to the side wall at a bottom thereof, and the other side partitioning with two partitions 46 spaced apart from the side wall; It is formed in a shape having a plurality of wings (51, 52) with respect to the central axis in the vertical direction, is inserted into the stirring rod insertion space 41 of the mixing case 40, a plurality of wings (51, 52) The chemicals that are positioned while crossing each other on the plane, the lowermost blade 52 is inserted into the chemical mixing space 34 below the stirring rod insertion space 41, and are supplied with the vortex generated by the partitions 46 arranged alternately. A stirring rod (50) configured to rotate by pressure of; The lower part has an open shape, and the elastic pieces 71 are installed on both sides facing each other, and a gap 72 is formed at the bottom of the elastic pieces 71 so that the protrusions of the container auxiliary cover 60 are formed. (62) is inserted into the gap 72 of the bottom of the elastic piece 71 is fastened to the container subsidiary cover 60, the sole support fastening hole 73 is formed on one side of the upper front, button insertion hole on one side of the rear A container cover 70 in which 74 is formed; It is installed inside the container cover 70, the hose insertion hole 83 is formed on one side of the upper surface, the bottom surface is to be caught on the upper end of the stirring rod inserting portion 42, one side of the rear cover the container ( The button insertion hole (74) of the 70 is configured to protrude outward and press by hand, and the fixed projection (81) is formed at the bottom of the bottom protruding downwards to form a connection jaw at the bottom thereof, so that the connection jaw is a mixed case (40). And button 80 is configured to be caught to the separation prevention member 43 of; A hose 90 formed of a synthetic resin having elasticity and having a bottom portion fitted to a hose connecting pipe 45 of the mixing case 40; A cover connection part is formed on the inner circumferential surface of the sole support fastening hole 73 on the rear side, and a hose connection part is inserted on the side of the hose 90 on one side of the cover connection part. And the hole 103 is formed, the sole support 100 is formed with a receiving space 101 for temporarily receiving the mixed medicine contained in one side; The sole member 110 is fastened to one side of the sole support 100, the auxiliary brush member fastening hole 113 is formed in the center, and the sole member 110 is installed around the auxiliary brush member fastening hole 113. ; It is fastened to the auxiliary brush member fastening hole 113 of the brush member 110, a plurality of auxiliary brush 122 is installed on the front side, the auxiliary brush 122 is empty inside the receiving space of the sole support 100 Comprised of: an auxiliary brush member 120 is connected to the 101, the discharge hole 123 is formed on the outside of the auxiliary brush 122 is to discharge the mixed drug of the receiving space 101; Dye container. The method of claim 1, The lower outer circumferential surface of the container cover 70 is symmetrically formed to surround the upper outer circumferential surface of the container. The button connection pipe 75 of the hollow tube shape is installed downward from the bottom, and the cover connecting projection is installed on both sides of the upper surface of the button 80 is inserted into the button connection pipe (75) , Dye container. The method of claim 2, The button 80 is provided with two side guide plates 86 at both bottom surfaces of the hose insertion hole 83 to be in contact with the side wall of the stirring rod insert 42 to move the button 80 upward and downward. Characterized in that guided, Dye container. The method of claim 2, The rear guide plate 85 is provided on the bottom surface of the rear surface of the button 80 in contact with the inner wall of the button insertion hole 74, and the button groove 87 is formed in one side of the upper surface in the horizontal direction. (74) characterized in that the elastic restoring force is provided when pressing outwardly projecting portions, Dye container. The method of claim 1, It characterized in that the auxiliary discharge hole 114 is formed on the surface of the brush member 110, Dye container.

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