KR200433057Y1 - Equipment of pressing for dyeing - Google Patents

Abstract

The present invention forms the dye container and the oxidant container in a semi-circular shape to form a circle when the dye container and the oxidant container are combined in a circular container, and quickly passes through the mixing screw rotating the dye and oxidant discharged from the two nozzles. It is to provide a device to prevent the leakage of the dye by mixing the rubber tube is attached to the end of the nozzle is formed and the cap is formed to protect the brush and the mixed medicine is discharged.

Semi-circular container, screw, nozzle, tube

Description

Dyestuff Extrusion Equipment {Equipment of pressing for dyeing}

1 is a longitudinal sectional view of an extrusion apparatus according to the present invention.

2 is an exploded view of the extrusion apparatus according to the present invention.

3 is a cross-sectional view of the line A → A '.

4 is a cross-sectional view taken along line B → B '.

5 is a cross-sectional view taken along line C → C ′.

6 is a detailed view of the screw

7 is a detail view of the rotating plate;

8 is a complete view of the subject innovation

** description of symbols for important parts of the drawings **

11: container 12: container (a, b)

13 housing 14 bracket

15 brush 16 nozzle (a, b)

17: moving path 18: mixed space

19: screw 21: discharge hose

22: rubber tube 23: guide groove

24: iron portion 25: pressing member

26 button 28: fixing hole

29: lid 31: rotating plate

32: ball 33: coupling line

34: cup 35: stopper

The present invention relates to a dyestuff extrusion apparatus, and in detail, the hair dye container and the oxidant container are formed in a semi-circular shape to accommodate the oxidant and the dye container in a circular container, and the mixing space part is used to quickly mix the hair dye and the oxidant. This invention relates to a dye extruder having a screw installed at the end, a rubber tube mounted at the end of the discharge hose to prevent leakage of the mixed medicine, and a cap coupled to protect the brush.

Conventional dye extruder has a problem in that the hair dye container and the oxidant container is formed in a cylindrical shape to be formed in a rectangular cylindrical in order to accommodate the hair dye and the oxidant in the receiving container, there is a problem of poor handling and mixing space of a predetermined oxidant and hair dye There is a problem that mixing alone is difficult to be made intact, there is a problem that the dyeing efficiency is low because it is buried in the hair before the mixing of the oxidizing agent and the hair dye is intact, there is a problem that the mixed dyes leak from the brush when used for a long time, brush There is a problem in that the discharge holes of the mixed dyes are clogged because they are exposed, and the discharge holes are clogged by dust.

The present invention is to form a semi-circular shape of the hair dye container and the oxidant container accommodated in the container to improve the above problems to improve the handleability by forming the entire container in a circular shape, the arrangement of the screw in the mixed space of the oxidant and hair dye The purpose of the present invention is to provide a mixing dye extruder that improves the mixing speed, and prevents leakage of the mixed liquid by installing a rubber tube in the mixed liquid discharge hose and protects the brush from dust and drying by capping.

The lower end of the oxidant container and the hair dye container is accommodated in the cup so that a gap does not occur in contact with the oxidant container and the hair dye container.

When the container is accommodated in a cup, not only the container is easily accommodated, but also the hair dye container and the oxidant container are integrated in the container to facilitate rotation in the container.

The lower surface of the container is provided with a rotating plate for easy rotation to facilitate the rotation of the oxidant container and the hair dye container mounted thereon.

The mixing screw disposed in the mixing space where the hair dye and the oxidant are mixed is rotated by the partial power of the hair dye and the oxidant.

The migration path of the hair dye and the oxidant causes the screw to alternately eject to facilitate the rotation of the screw.

The mixing space is formed, the movement path of the oxidant and the hair dye ejected from the nozzle is formed, and the bracket in which the discharge hose is formed is coupled to the guide grooves formed on both walls of the housing so that the guides formed on both sides thereof are not separated from the external pressure. Configure the guide groove to move.

 Cover the top of the container with the outer diameter to protect the brush.

In the present invention, in the dyeing-extrusion apparatus, the oxidant container (12a) and the hair dye container (12b) formed in a semi-circular shape accommodated in the receiving container (11), the oxidant container (12a) and the hair dye container (12b) is accommodated 12a and the hair dye container 12b, the cup 34, the rotating plate 31 disposed under the container 11 for facilitating the rotation of the cup 34, the oxidizing agent and the hair dye The mixing space 18 to be mixed is composed of a mixing screw 19, a rubber tube 22 for preventing the leakage of the mixed liquid, and a lid 29 for protecting the brush.

1 is for illustrating the overall structure of the present invention.

2 is for illustrating the coupling structure of the present invention.

Figure 3 is for illustrating the structure and bonding state of the oxidant container and hair dye container.

Figure 4 is for illustrating the structure of the bracket according to the present invention in detail.

Figure 5 shows the operating state of the present invention.

Figure 6 is for illustrating in detail the screw according to the present invention.

7 shows the rotating plate in detail.

8 is for illustrating the state completed by the present invention.

The present invention will be described in detail with reference to the accompanying drawings and embodiments.

The present invention is a significant improvement over the conventional dyestuff extrusion apparatus.

The present invention is composed of a circular shape as a whole.

The present invention is to combine the combination of each member by rotation.

The present invention is configured to freely rotate in the container (11) by forming the hair dye container (12b) and the oxidant container (12a) integrally to rotate each member.

The thread 36 is formed in the inner diameter of the upper end of the housing container 11, and is configured to be rotatably coupled to the housing 13 in which the thread 36 is formed at the lower end outer diameter.

As shown in FIG. 1, a rotating plate 31 that is easily rotated is disposed on the lower surface of the accommodation container 11.

A plurality of balls 32 are disposed on the bottom of the rotating plate 31 so that the rotating plate 31 can be easily rotated.

The hair dye container 12b and the oxidant container 12a accommodated in the container 11 are accommodated in the cup 34.

The hair dye container 12b and the oxidant container 12a are formed in a semicircular shape and are generally circular when accommodated in the cup 34.

The upper end of the hair dye container 12b and the upper end of the oxidant container 12a are formed such that the elastic nozzles 16a and 16b are formed so that the hair dye and the oxidant are ejected when the external pressure is generated at the nozzles 16a and 16b. It is.

The inner diameter of the upper end of the housing container 11 is configured so that the outer diameter of the lower end of the housing 13, which is a conical deformation, is rotatably coupled. The coupling line 33 is shown below at a predetermined length.

At the bottom of the bracket 14, two cone-shaped fixing holes 28 are formed, to which the hair dye container 12b and the nozzles 16b and 16a of the oxidant container 12a are coupled.

When the coupling line 33 is coupled to the housing 13 and the receiving container 11, when the coupling line 33 and the vertical line by the coupling of the hair dye container 12b and the oxidant container 12a coincides with the hair dye container 12b. The nozzle 16b and the nozzle 16a of the oxidant container 12a are made to coincide with the fixing hole 28 of the bracket 14.

That is, when the coupling line 33 of the housing 13 and the coupling line 33 of each of the containers 12a and 12b coincide with the accommodation container 11 by rotating the housing 13, the respective containers ( Since the nozzles 16a and 16b of the 12a and 12b are fixed to the fixing holes 28, the rotating plate 31 rotates by the rotational force of the housing 13 so that the cup 34 and the respective containers 12a and 12b are rotated. It is to be rotated integrally.

The inner diameter of the housing 13 is higher. Guide grooves 23 are formed to correspond to each other.

The convex portion 24 of the bracket 14 is inserted into the guide groove 23 to guide the bracket 14 up and down.

A moving path 17 is formed in which the hair dye and the oxidant move in association with each fixing hole 28, and the moving path 17 is connected to the mixing space 18 formed at the center of the bracket 14.

The moving path 17 is configured such that the hair dye and the oxidant, which are alternately connected to the mixing space 18 and introduced into the mixing space 18, do not collide in the mixing space as shown in FIG. 4.

Phase in the mixing space (18). The screw 19 is formed.

The screw 19 is formed so as to rotate by the power output of the hair dye and the oxidant introduced, and the screw 19 is formed in the upper direction, so that the hair dye and the oxidant are mixed and discharged into the discharge hose 21.

When one side is hinged, the pressing member 25 is mounted on the bracket 14 in a contact state, and the other side of the pressing member 25 is coupled with the button 26 to press the button 26 to press the pressing member 25. ) Is pressed and the pressing member 25 is pressed so that the bracket 14 is pressed to press the nozzles 16a and 16b to eject hair dye and oxidant.

The rubber tube 22 is coupled to the end of the discharge hose 21 linked to the mixing space 18 of the bracket 14.

The rubber tube 22 penetrates through the stopper 35 and is exposed and fixed inside the stopper 35.

The rubber tube 22 exposed inside the stopper 35 prevents leakage between the stopper 35 and the rubber tube 22 and causes the rubber tube 22 to be elongated every time the button 26 is pressed. It is possible to squeeze the nozzles 16a and 16b with the 22 fixed to the stopper 35, and the mixed drug ejected by the squeezing is prevented from leaking from the stopper 35 and the brush 15.

The stopper 35 is coupled to the upper end of the housing 13 and the thread 36 and the brush 15 is coupled to the stopper 35 by the screw thread 36.

Example

The present invention is an improvement on the conventional dyestuff extrusion apparatus.

As shown in FIG. 2, the hair dye container 12b and the oxidant container 12a having the nozzles 16a and 16b formed at the upper end thereof are formed in a semicircular shape.

The hair dye container 12b and the oxidant container 12a are inserted into the circular cup 34.

As described above, the cup 34 containing the hair dye container 12b and the oxidant container 12a is inserted into and received in the container 11. Rotating plate 31 is disposed on the lower bottom of the container 11 is formed to rotate without resistance, so that the cup 34 seated on the rotating plate 31 can rotate without resistance.

That is, it is possible to rotate so as to rotate only a slight external pressure to the nozzles (16b, 16a) of the integrated hair dye container (12b) and the oxidant container (12a) accommodated in the accommodation container (11).

The accommodation container 11 and the housing 13 are combined.

A thread 36 is formed at an inner diameter of the upper end of the housing container 11, and a thread 36 is formed at an outer diameter of the lower end of the housing 13 so that an outer diameter of the lower end of the housing 13 is located at an inner diameter of the upper end of the housing container 11. It is coupled by thread 36.

As described above, when the housing 13 is coupled with the accommodation container 11, the housing 13 corresponds to the inside of the housing 13. The convex portion 24 of the bracket 14 is fitted into the guide groove 23 formed below. It is formed so as to move downward, on the bracket 14 is mounted a pressing member 25, one side is hinged to the inner wall of the housing 13 and the other side is coupled to the lower end of the button 26, the button 26 Since the fixing hole 28 of the bracket 14 formed to descend by pressing of the nozzle 16b of the hair dye container 12b and the nozzle 16a of the oxidant container 12a are inserted and fixed, the housing 13 is The hair dye container 12b and the oxidant container 12a are rotated together so that the housing 13 can be easily coupled to the container 11 by rotation.

When the fixing hole 28 of the bracket 14 is connected to the moving path 17 and the moving path is connected to the mixing space 18 and are alternately connected as shown in FIG. 4, when the button 26 is pressed. The hair dye and the oxidant that are ejected are staggered in the mixing space 18 so that the hair dye has a rotational force on the screw 19 by pressing one side of the screw 19 disposed in the mixing space 18 and the oxidant pressing the other side of the screw 19. The hair dye and the oxidant are rapidly mixed by the rotation of the screw 19.

Rapidly mixed mixed medicine is discharged to the ejection hose 21 advanced upward from the mixing space 18.

The rubber tube 22 is fitted to the spray hose 21 and the end thereof is fixed, and the rubber tube 22 fitted to the spray hose 21 passes through a stopper 35 formed at the upper end of the housing 13. (35) are exposed out.

The end of the exposed rubber tube 22 is extended and attached to the bottom of the stopper 35 to fix it.

As described above, when one side of the rubber tube 22 is fixed to the ejection hose 21 and the end is fixed to the stopper 35, the bracket 14 is operated by the operation of the button 26. When moving downward, the jet hose 21 is up. Even if it moves downward, a gap does not occur between the ejection hose 21 and the stopper 35, thereby preventing the leakage of the dye.

The stopper 35 is coupled to the brush 15 without a gap, and the dyeing agent is discharged only to the brush 15.

The brush 15 is covered on the brush 15 and the housing 13 completed as described above to protect the brush 15, and the lid 29 is configured to be inserted into the outer diameter of the upper end of the container 11.

The dyeing device extrusion device according to the present invention is because the hair dye container and the oxidant container is formed in a semi-circular shape and each container formed in a semi-circular shape can be accommodated in a cup, and the accommodated cup can be accommodated in a circular container containing a rotating plate at the bottom thereof. It has the effect of easy workability in the hand, and the effect of the oxidizing agent and hair dye which is ejected can be mixed quickly by screw in the mixing space, and the rubber tube fixed to the ejection hose is fixed at the stopper. The effect of not leaking from the brush, and the brush can be capped to maintain the cleanliness of the brush.

Claims (4)

A dyeing extruder comprising: an oxidant container and a hair dye container having a semicircular shape, a circular cup containing the oxidant container and a hair dye container, a cup containing the oxidant container and a hair dye container, and having a screw thread at an upper end inner diameter. The formed circular container 11 and the outer diameter of the lower end is formed with a screw thread for coupling with the upper end of the container is the upper wall. The guide groove is formed to be lowered to guide the bracket is fixed to the guide groove, the upper end of the housing is formed with a stopper to be in close contact with the brush, the lid is covered with the outer diameter of the upper end of the container is configured to protect the brush Dye extruder. The dyeing apparatus of claim 1, wherein the container is provided with a rotating plate at a lower portion thereof, and a ball is disposed on the bottom of the rotating plate so that the rotating plate can be easily rotated. According to claim 1, The bracket is formed so that the protruding portions on both sides of the bracket is coupled to the guide groove and can be moved, the fixing hole formed in the bottom of the bracket and coupled to the nozzle is connected to the movement path of the oxidant and hair dye and the oxidant The moving path of the dyeing agent and the moving path of the hair dye is alternately connected to the mixing space, the mixing space is characterized in that the screw is configured to mix the hair dye and the oxidant while rotating by the partial power of the hair dye and the oxidant. The mixed dyeing agent according to claim 1, wherein a rubber tube is covered and fixed to the end of the ejection hose which has advanced from the mixing space, and the other end of the rubber tube is exposed through the stopper, and the exposed rubber tube end is fixed to the stopper and discharged into the stopper. Dye extrusion device, characterized in that configured not to leak.

Images