KR100757038B1 - A dispencing device of dyeing materials - Google Patents

Abstract

A dispensing device of dyeing materials is provided to enable a user to spray dyeing materials evenly and conveniently with one hand while holding the mirror with the other hand at home. A handle is installed on an upper part of a housing(110). A trigger(140) is installed on one side of the handle(110) to switch the dying material. A piston and an operation bar for operating the piston are installed inside the housing(110) to push the dyeing material down when the trigger is switched. A jet cap is detachably installed on a lower part of the housing(110). A discharge portion is formed at the lower part of the jet cap. The discharge portion consists of a projection in the shape of a pillar formed of sides and a bottom. A chamber is installed on the corner of the projection.

Description

A dispencing device of dyeing materials

1 is a perspective view showing the configuration of a dye coating device according to the present invention.

Figure 2 is an exploded perspective view showing the configuration of the dye coating device according to the present invention.

3 is a cross-sectional view showing the configuration of a dye coating device according to the present invention.

4 is a front view showing the structure of a housing according to the present invention;

5 is a side view showing the structure of a housing according to the present invention;

6 is a cross-sectional view showing a configuration of a housing according to the present invention.

7 is a perspective view showing the configuration of a trigger according to the present invention;

8 is a front view showing the configuration of the trigger according to the present invention.

9 is a side view showing the configuration of a trigger according to the present invention;

10 is a cross-sectional view showing a configuration of a trigger according to the present invention.

Figure 11 is a bottom perspective view showing the orifice type ejection cap configuration according to the present invention.

Figure 12 is a bottom perspective view showing the configuration of a projection cap of the projection type according to the present invention.

Figure 13 is a plan view showing an orifice and the projection cap configuration mixed projection according to the present invention.

14 is a cross-sectional view showing an operating state of the dye coating device according to the present invention.

** Description of Codes for Major Configurations of Drawings **

100: dye coating device 110: housing

114: release hole 116: release bar

120: support cap 130: ejection cap

140: trigger 142: hinge axis

144: working piece 150: piston

160: operation bar 162: bolt

164: annular stopper 166: release spring

170: balance bar 180: first partition

182: protrusion 190: braking plate

192: locking groove 194: braking hole

200: braking spring 210: second bulkhead

220: operation plate 222: operating piece engaging groove

224: operating hole 230: operating spring

240: third partition 250: orifice

260: projection 262: chamfer

264: slit

The present invention relates to a dye coating device, and more particularly, a handle that can be held by a user is formed on the upper portion of the housing so that the dye can be applied by one hand, and the dye can be continuously supplied to the lower portion of the housing. An inner space is provided, and a trigger for switching the dye is installed on one side of the handle, and when the trigger is switched, a piston for pushing the dye downward from the inside of the housing is installed inside the housing, and the dye is again provided in the lower portion of the housing. The ejection cap is detachably installed so as to be filled, and a bottom portion of the ejection cap is formed with a dome-shaped ejection portion capable of spraying dye on the head, and the ejection portion is formed by a plurality of orifices or projections. In the case of projection, tapered at a constant angle of inclination at the edge that forms the boundary between side and bottom With a chamfer of the shape, the chamfer relates to a dye coating device that can control the discharge amount by forming at least three or more slits.

Generally, hair dyes are stored in separate tubular containers separated by hair dyes and oxidants, and in particular hair dyes have various colors to enable dyeing of various hair colors, including for white hair. In order to dye the hair with such a dye, a certain amount of hair dye and an oxidant are poured into separate containers such as a dish and stirred by mixing them with a separate tool, and the mixed dye is applied to the hair by dyeing the hair with a dyeing brush.

In this case, the brush should be applied to the hair while the dye is applied to the brush from time to time. Since the amount of dye is buried there is a problem of uneven dyeing.

In addition, in the case of using a brush, long hair or a lot of hair thinner can not put every color dye to the head, it tends to concentrate only on the hair surface.

In addition, there is a problem that the amount of usage is increased, because the dye stain on the brush is dropped, the surroundings are dirty.

Finally, when the dye is left in the container after the dyeing, it becomes hardened after a predetermined time, and thus cannot be reused, resulting in waste.

Therefore, the present invention has been made to solve the problems of the prior art as described above, an object of the present invention is to provide a dye coating device that can be easily applied to the dye with one hand looking at the mirror at home alone.

Another object of the present invention is to provide a dye applying device that can be applied to the hair evenly without the dye is often applied to the brush.

Still another object of the present invention is to provide a dye applying device which does not have a concern that the dye may fall on the clothes or the skin.

Still another object of the present invention is to provide a dye coating device that allows a user to arbitrarily adjust the amount of dye applied by the user.

Still another object of the present invention is to provide a dye coating device that can be stored and used later, as it remains, even after dyeing.

According to a feature of the present invention for achieving the above object, the present invention is provided with a handle on the upper portion of the housing is filled with dye, a trigger for switching the dye on one side of the handle is installed, the trigger inside the housing When is switched, the operating bar for operating the piston and the piston to push the dye downwards in the housing is installed, the ejection cap is detachably installed in the lower portion of the housing, the bottom of the ejection cap to spray the dye on the head The discharge part is formed.

The discharge part includes a chamfer formed of a columnar projection consisting of side and bottom surfaces, tapered at constant inclination angles and forming a plurality of slits at edges forming a boundary between the side and bottom surfaces.

One side of the trigger is formed a hinge shaft that is hinged to the inside of the housing, the other side is formed with a working piece protruding into the housing.

The brake plate is installed inside one side of the operating bar, and the brake plate does not restrict the movement of the operating bar in a state perpendicular to the operating bar, but the brake plate is in an unbalanced state in which one side of the brake plate is inclined toward the operating bar. Restrict movement of the operating bar.

A braking hole larger than the diameter of the operating bar is formed at the center of the braking plate such that the operating bar penetrates the braking plate vertically so that the play bar and the play are present, and one side of the braking plate is supported inside the housing. The other side of the braking plate is inclined upward by the braking spring elastically supported at the bottom of the braking plate and maintains the inclined state unless an external force is applied.

A release spring for elastically supporting the operation bar upward is installed at an upper side of the operation bar, and a release bar is installed at an upper portion of the upwardly inclined braking plate, and when one side of the release bar is exposed to the outside of the housing to press the exposed release bar. , The operating bar is restored upward by the release spring while the brake plate is changed from the inclined state to the vertical state by the release bar.

The operating plate is installed inside the housing to the other side of the operating bar, and the operating plate does not force the movement of the operating bar in a state perpendicular to the operating bar, but one side of the operating plate may be changed to an unbalanced state inclined toward the operating bar side. The operation plate forces the movement of the operation bar.

An operating hole larger than the diameter of the operating bar is formed in the center of the operating plate such that the operating bar penetrates the operating plate vertically so that there is clearance between the operating bar, and one side of the upper surface of the operating plate is supported inside the housing. The other side is supported by the actuating piece of the trigger, and the bottom of the actuating plate is elastically supported by the actuating spring so that the actuating plate is horizontal to the actuating bar unless an external force is applied.

According to another feature of the invention, the present invention is provided with a handle that can be held by the user in the upper portion, the lower portion is provided with an inner space for receiving the dye, one side of the handle is installed a trigger for switching the dyeing agent A housing, a piston for pushing the dye downward from the inside of the housing when the trigger is switched, and an ejection cap installed at the lower portion of the housing to eject the dye; It is configured to include.

The housing has a lower opening, and the ejection cap is detachably installed at the opened lower portion.

The housing has an upper opening, a support cap is detachably installed at the opened upper portion, and a groove in which the trigger is seated is further formed at the upper front surface.

The upper part of the piston is provided with an operating bar for operating the piston up and down.

Inside the handle of the housing is formed a first partition wall that traverses the housing integrally with the housing.

A protrusion extends downward in the bottom of the first partition wall, and the diameter of the protrusion decreases toward the bottom.

The trigger has a hinge shaft protruding symmetrically to both sides of the lower side, the hinge shaft is supported and fixed inside the housing, the one side is a streamlined working piece extends toward the inside of the housing, the upper side pulls the The moving piece is hinged up and down based on the hinge axis.

The upper outer periphery of the operation bar is further provided with a release spring for elastically supporting to restore the operation bar upward when the operation bar is released.

A stopper is installed at the upper end of the operating bar by a bolt, so that an upper side of the release spring is supported by the stopper, and a lower side of the release spring is supported by the first partition wall, so that the operating bar has a restoring force upward.

The balance bar is further provided inside the housing to balance the piston to move up and down while maintaining a horizontal state in parallel with the operation bar.

A lower portion of the first partition wall further includes a brake plate for performing a stopper function of the operation bar.

The brake plate is plate-shaped, and one side of the protrusion engaging groove is formed so as to be supported on the side of the protrusion, in the center is formed a braking hole passing through the operating bar and larger than the diameter of the operating bar.

A second partition wall is installed below the first partition wall, and the second partition wall is provided with a brake spring for elastically supporting the brake plate upward, and the brake plate is opposite to the protrusion engaging groove by the brake spring. Elastic support is inclined upwardly.

A release hole is formed at one side of the support cap, and a lower end is disposed on the braking plate, and an upper end is further provided with a release bar exposed to the support cap through the release hole. The upwardly inclined braking plate is operated downward to maintain a horizontal state.

A lower portion of the first partition wall further includes an operation plate for performing an operation function of the operation bar.

The operating plate is plate-shaped, the operating piece locking groove is formed on one side to be supported by the operating piece, the operating bar passes through the center and the operation hole is formed larger than the diameter of the operating bar, the operating piece locking groove on one side is operated It is supported by a piece, and the other upper surface is supported by the bottom of the protrusion.

A third partition is installed between the first partition and the piston, and an operating spring is further installed between the brake plate and the piston.

The ejection cap includes a coupling part detachably coupled to the lower part of the housing, and a discharge part formed on a bottom surface of the jetting agent to spray the dye.

The coupling portion is formed with a screw thread on the inner side, and the outer side is provided with a plurality of irregularities to prevent slipping.

The discharge portion is shaped into a dome shape corresponding to the shape of the user's head.

The discharge portion is composed of a plurality of orifices.

The discharge portion is composed of a plurality of projections.

The projection is formed in the shape of a cylindrical column extending downwards and a constant constant diameter or a gradually decreasing diameter, the bottom of the column is formed in a plane, but the edge forming the boundary between the side and the bottom tapered chamfer at a constant inclination angle Is formed.

A plurality of slits are formed in the chamfer.

The slit is at least three or more.

The discharge portion is composed of a combination of a plurality of orifices and a plurality of projections.

According to the dye application device according to the present invention having such a configuration, even in the case of many hairs, there is an advantage that the dye penetrates to the hair depth and is applied.

Hereinafter, with reference to the accompanying drawings a preferred embodiment of the dye coating device according to the present invention having the configuration as described above will be described in detail.

1 to 3, the dye application device 100, the upper and lower openings, the upper portion is a handle for the user to hold by hand, the lower portion is provided with a space therein to accommodate the dye And a support cap 120 formed to have a predetermined width so as not to fall when standing on the floor without using the surroundings of the housing 110, the opening and closing the top and the center is formed with a release hole 114 in the center ), And the ejection cap 130 for detachably opening and closing the lower portion and ejecting the dye.

4 to 6, a groove is formed in the upper front of the housing 110, the trigger 140 for switching the dye applying device 100 is operated when the user wants to apply the dye is installed is installed. . As shown in FIGS. 7 to 10, the hinge shaft 142 is protruded symmetrically to both lower sides of the trigger 140, and the operation piece 144 rounded in a streamlined shape is formed on the rear surface of the trigger 140. It extends backwards. Therefore, since the hinge shaft 142 is supported and fixed to the trigger seating part of the housing 110 when the trigger 140 is pressed backward, the operation piece 144 moves downward with respect to the hinge shaft 142. It is supposed to be done.

A lower portion of the housing 110 is provided with a disk-shaped piston 150 for pushing the dye downward to apply the dye.

At the inner center of the housing 110, a cylindrical operation bar 160 is installed up and down. An annular stopper 164 is installed at the upper end of the operation bar 160 by a bolt 162, and an operation bar 160 at the time of releasing the operation bar 160 at the upper outer circumference of the operation bar 160. The release spring 166 for restoring upwards is installed, and the piston 150 is vertically installed at the lower portion of the operation bar 160.

A balance bar 170 is further provided around the inside of the housing 110 to balance the piston 150 to move up and down while maintaining a horizontal state in parallel with the operation bar 160.

As described above, the upper portion of the housing 110 is made of a length and thickness enough to be held by the user, and the lower portion of the housing 110 is molded into a cylindrical shape provided with an inner space so that the dye is filled. do. The first partition wall 180 is integrally formed with the housing 110 so that the release spring 166 elastically supports the operation bar 160 upwardly together with the annular stopper 164 at an upper side of the housing 110. Molded. In addition, a protrusion 182 extending downward is formed on one side of the bottom surface of the first partition wall 180, and the protrusion 182 is smaller in diameter toward the bottom.

A braking plate 190 that performs a stopper function of the operation bar 160 is installed below the first partition wall 180. On the other hand, a braking spring 200 for elastically supporting the braking plate 190 upwards is installed on the bottom surface of the first partition wall 180, and the braking spring 200 is elastically upward by the second partition wall 210. It is supported. In the present embodiment, the second partition 210 is fixed to the first partition 180.

The brake plate 190 is manufactured in a plate shape, and a protrusion engaging groove 192 is formed at one side thereof so as to be supported by the protrusion 182, and at the center thereof, the operating bar 160 passes through the operating bar 160. The braking hole 194 that is larger than the diameter of is formed. Since the braking hole 194 is larger than the diameter of the operation bar 160, the braking hole 194 does not prevent movement of the operation bar 160 in a state perpendicular to the operation bar 160, but is somewhat to one side with respect to the operation bar 160. When inclined, the operation bar 160 performs a function of braking.

Therefore, in a normal case, since the protrusion engaging groove 192 of the brake plate 190 is caught by the protrusion 182 and is supported by the brake spring 200 on the bottom surface, the brake plate (with the other side raised upward) 190 is tilted, and the operation of the operation bar 160 is inhibited.

On the other hand, the interior of the housing 110, the lower end is located on the brake plate 190, the upper end is further provided with a release bar 116 is exposed to the support cap 120 through the release hole 114, When pressing the release bar 116, the brake plate 190 is operated downward.

An operating plate 220 that performs an operating function of the operation bar 160 is installed below the second partition wall 210. On the other hand, an operating spring 230 for elastically supporting the operating plate 220 is installed on the bottom surface of the operating plate 220, the operating spring 230 is elastically supported upward by the third partition wall (240). It is becoming. In the present embodiment, the third partition wall 240 is installed at a boundary between the handle portion of the housing 110 and the dye receiving portion.

The operating plate 220 is manufactured in a plate shape, the operating piece engaging groove 222 is formed on one side thereof to be supported by the operating piece 144, the operating bar 160 through the operating bar 160 in the center thereof ( An operating hole 224 larger than the diameter of 160 is formed. Since the operation hole 224 is larger than the diameter of the operation bar 160, the operation bar 160 cannot be moved in a state perpendicular to the operation bar 160, but is inclined to one side with respect to the operation bar 160. When the operation bar 160 is moved.

Therefore, since the bottom surface of the operation plate 220 is usually supported by the operation spring 230, the operation bar 160 is not perpendicular to the operation plate 220 by the operation hole 224. Although not interfered with, the trigger 140 is pulled and the other side of the operating piece 144 is supported and fixed to the bottom of the projection 182, and one side of the operating piece 144 is caught by the operating piece engaging groove 222 while being held. Since the 220 is pressed downward, the operation bar 160 is moved downward by the interference of the operation hole 224.

As shown in FIG. 11, the ejection cap 130 has a coupling part detachably coupled to an outer side of the lower end of the housing 110, and a plurality of orifices 250 or projections on the bottom surface of the dyeing agent to spray the dye. 260 is composed of a discharge portion to be molded.

The coupling portion is formed with a thread on the inner side, and the outer side is provided with a plurality of irregularities to prevent the slip.

The discharge part may have a flat shape, but when it is molded in a flat shape, the discharge part may be inconsistent with the shape of the head. Therefore, the discharge part may be shaped into a dome shape corresponding to the shape of the head.

As shown in FIG. 12, the orifice 250 is manufactured to a diameter such that the dye can be discharged by the pressure of the piston 150, and the shape of the orifice 250 is not limited, but is formed in a circular shape. It is preferable.

The projection 260 is formed in the shape of a cylindrical column extending downwards and a constant constant diameter or gradually smaller diameter, the bottom surface of the pillar is formed in a plane, the edge forming the boundary between the side and the bottom chamfer (262) Is formed. In other words, by cutting the corner connecting the side and the bottom is a tapered shape at a constant inclination angle.

A plurality of slits 264 are formed in the chamfer 262. The slit 264 is formed of three or four, the slit 264 is formed in the chamfer 262, there is no difficulty in discharging the dye even when the projection 260 is in contact with the head, the slit ( By controlling the number of 264) it is possible to adjust the discharge amount of the dye.

In the exemplary embodiment of the present invention, as shown in FIG. 13, only one of the orifices or projections may be used as the discharge unit, but by using the two in combination, the discharge of the dye may be smoothly controlled.

Hereinafter, the operation of the dye applying device according to the present invention having the configuration as described above will be described in detail with reference to the accompanying drawings.

While looking at the mirror, the user grasps the handle of the housing 110 with one hand and places the dye applying device 100 on the head so that the ejection cap 130 touches the hair, pressing the trigger 140 to apply the dye to the desired part. Apply.

Since the trigger 140 is supported by the hinge shaft 142 in the trigger seating portion of the housing 110, when the trigger 140 is pulled, the operation piece 144 is moved downward with respect to the hinge shaft 142. Will be rotated.

On the other hand, the plate-shaped working piece 144 is supported on one side of the upper surface of the bottom surface of the protrusion 182 of the first partition wall 180, the other side of the upper surface is supported by the operating piece engaging groove 222 is caught in the operating piece 144. Since the bottom surface is elastically upward by the operation spring 230 supported by the third partition wall 240, it maintains a horizontal state (vertical state with respect to the operation bar).

At this time, the operation hole 224 is larger than the diameter of the operation bar 160 and because there is a play between the operation hole 224 and the operation bar 160 does not act on the operation bar 160 in the horizontal state, When the operation piece 144 moves downward, and the operation plate 220 supported by the operation piece 144 moves downward, the operation bar 224 and the operation bar 160 eliminate the play between the operation holes 224 and the operation bar ( 160 is pulled down by friction.

When the operation bar 160 is moved downward, the brake plate 190 serving as a stopper function of the operation bar 160 releases the temporary braking. That is, the plate-shaped braking plate 190 is caught by the projection engaging groove 192 is tapered projection 182, the lower surface of the projection locking groove 192 is elastically supported upward by the operating spring 230. Although the braking hole 194 interferes with the operating bar 160 in the state where the opposite side is upward, the braking plate 190 also rubs against the operating bar 160 at the moment when the operating bar 160 moves downward. The braking plate 190 maintains a temporary horizontal state (vertical state with respect to the operation bar) while being pulled down by.

Since the braking hole 194 is larger than the diameter of the operation bar 160, in the inclined state, the braking hole 194 interferes with the movement of the operation bar 160 by friction with the operation bar 160, but is substantially perpendicular to the operation bar 160. This is because it does not interfere with the movement of the operation bar 160 because a certain play occurs in the in state. However, the braking plate 190 is restored to the inclined state again by the elastic force of the braking spring 200 to limit the movement of the operation bar 160.

Therefore, the piston 150 coupled to the operation bar 160 moves downward to press the dye to eject the dye through the discharge portion. Since the balance bar 170 is installed in parallel with the operation bar 160, the piston 150 descends while maintaining horizontality, and the dyeing agent is ejected evenly over the entire discharge part.

When the trigger 140 is pulled out, the operation plate 220 is restored to a horizontal state again by the elasticity of the operation spring 230, and the operation plate 220 pushes up the operation piece 144, and the trigger ( 140 is linked with this to return to the original position. When such an operation is repeated, the dyeing bar is discharged to the discharge unit by the piston 150 while the operation bar 160 moves downward little by little.

When all the dye is used as shown in FIG. 14, the ejection cap 130 is separated from the housing 110 by holding the coupling portion of the ejection cap 130 and filling the dye through the bottom surface of the housing 110. At this time, by pressing the release bar 116 exposed to the outside of the release hole 114 to restore the piston 150 to the initial state. When the release bar 116 is pressed, the lower end of the release bar 116 presses the brake plate 190, and the brake plate 190 is changed to a horizontal state (vertical state with respect to the operation bar) while the operation bar 160 is applied. Release braking temporarily.

Therefore, the operating bar 160 moves upward by the elasticity of the release spring 166, and the piston 150 returns to its original position, and a space for accommodating the dye is provided in the housing 110. When the elastic force of the release spring 166 is weakened or the release spring is not installed, the bottom of the piston 150 may be manually moved while pressing the release bar 116.

As described above, in the present invention, a handle is formed at an upper portion of the housing so that a user can apply a dye using a single hand at home, and an inner space is provided at the lower portion of the housing in which the dye is filled. The trigger is installed so that the finger can control the discharge of the dye even when the housing is held, the lower part of the housing is opened for semi-permanent use by filling the dye, and the ejection cap is detachably screwed thereon, and the ejection cap At the bottom of the panel, a discharge part for discharging the dye is provided, but the dome shape is made to be suitable for the shape of the head. An operating bar operated by the trigger is installed in the housing, and a piston for pushing the dye is installed at the lower part of the operating bar. Braking plate to restrict movement of operating bar and act to force movement of operating bar The provision of the can be understood as a configuration for controlling the discharge of the dye as having the user desires as the technical idea. Within the scope of the basic technical idea of the present invention, many other modifications will be possible to those skilled in the art.

The present invention is not limited to the hair dye, and can be used by filling it in the housing even when applying all the solutions or gel products used to produce a variety of hairstyles, such as mousse or gel.

As described above, according to the configuration of the present invention, the following effects can be expected.

First, because the handle is provided in the housing, the trigger is installed in front of the handle, it is possible to hold the dye application device with one hand and to discharge the dye using a finger to meet the needs of consumers.

Secondly, since the dye is ejected regularly every time the trigger is pulled, the dye is ejected quantitatively, and the piston pushes the dye while keeping the horizontal level, so the dye is uniformly discharged as a whole.

Third, because a predetermined amount of dye is discharged every time the trigger is pulled, there is no fear that the dye will splash around.

Fourth, during use, it can be reused from time to time by standing on the floor using the support cap, and after the dyeing is finished, the dye is stored in the housing.

Fifth, since the ejection cap is detachably installed, it is possible to recharge even when the dye is used up.

Sixth, the discharge part is shaped like a dome, and formed into a plurality of projection types, and the dye is ejected through the slits formed in the chamfer, so even in the case of a lot of hair, the effect of applying the dye to the depth of the hair is expected. do.

Claims (34)

delete The handle is provided on the upper portion of the housing filled with the dye, On one side of the handle is installed a trigger to switch the dye Inside the housing, when the trigger is switched, a piston for pushing the dye downwards inside the housing and an operation bar for operating the piston are installed. A spray cap is detachably installed at the lower portion of the housing, At the bottom of the ejection cap is formed a discharge portion for spraying the dye on the head, The discharge part is composed of a columnar projection consisting of a side and the bottom, the dye coating device characterized in that it comprises a chamfer tapered at a constant inclination angle and a plurality of slits are formed in the corner forming the boundary between the side and the bottom . The handle is provided on the upper portion of the housing filled with the dye, On one side of the handle is installed a trigger to switch the dye Inside the housing, when the trigger is switched, a piston for pushing the dye downwards inside the housing and an operation bar for operating the piston are installed. A spray cap is detachably installed at the lower portion of the housing, At the bottom of the ejection cap is formed a discharge portion for spraying the dye on the head, The dye coating device, characterized in that the hinge shaft is hinged to the inner side of the housing is formed on one side of the trigger, the operation piece protruding into the housing on the other side. The handle is provided on the upper portion of the housing filled with the dye, On one side of the handle is installed a trigger to switch the dye Inside the housing, when the trigger is switched, a piston for pushing the dye downwards inside the housing and an operation bar for operating the piston are installed. A spray cap is detachably installed at the lower portion of the housing, At the bottom of the ejection cap is formed a discharge portion for spraying the dye on the head, Inside the housing, a brake plate is installed on one side of the operation bar, The brake plate does not restrict the movement of the operating bar in a state perpendicular to the operating bar, but in a non-equilibrium state in which one side of the brake plate is inclined toward the operating bar, the dye coating device restricts the movement of the operating bar. The method of claim 4, wherein A braking hole larger than the diameter of the operating bar is formed in the center of the braking plate so that the play bar and the play exist in the state where the operating bar penetrates the braking plate vertically. One side of the braking plate is supported inside the housing, and the other side of the braking plate is inclined upward by a braking spring elastically supported at the bottom of the braking plate, thereby maintaining an inclined state unless an external force is applied. Dye coating device. The method of claim 5, A release spring for elastically supporting the operation bar upward is installed at an upper side of the operation bar, and a release bar is installed at an upper portion of the upwardly inclined braking plate, and when one side of the release bar is exposed to the outside of the housing to press the exposed release bar. , Dye coating device, characterized in that the operating bar is restored upward by the release spring while the brake plate is changed from the inclined state to the vertical state by the release bar. The handle is provided on the upper portion of the housing filled with the dye, On one side of the handle is installed a trigger to switch the dye Inside the housing, when the trigger is switched, a piston for pushing the dye downwards inside the housing and an operation bar for operating the piston are installed. A spray cap is detachably installed at the lower portion of the housing, At the bottom of the ejection cap is formed a discharge portion for spraying the dye on the head, The operating plate is installed inside the housing to the other side of the operation bar, The dye application device for the operation plate is forced to move the operating bar when the operating plate does not force the movement of the operating bar in a state perpendicular to the operating bar, but when one side of the operating plate is changed to an unbalanced state inclined toward the operating bar side. The method of claim 7, wherein In the center of the operating plate, the operation hole larger than the diameter of the operating bar is formed so that the play bar and the play exist while the operating bar penetrates the operating plate vertically. One side of the upper surface of the operating plate is supported inside the housing, the other side of the upper surface is supported on the operating piece of the trigger, and the operating plate is elastically supported by the operating spring so that the operating plate is operated with respect to the operating bar. Dye coating device, characterized in that to maintain a horizontal state. delete delete A handle is formed at an upper portion of the handle to be held by a user, a lower portion is provided with an inner space for receiving a dye, and a housing at which one side of the handle is installed with a trigger for switching the dye; A piston for pushing the dye downward in the housing when the trigger is switched; An ejection cap installed at a lower portion of the housing to eject dye; Including, The housing is open at the top, the support cap is detachably installed on the opened upper, the dye coating device, characterized in that the upper front is further formed with a groove in which the trigger is seated. delete A handle is formed at an upper portion of the handle to be held by a user, a lower portion is provided with an inner space for receiving a dye, and a housing at which one side of the handle is installed with a trigger for switching the dye; A piston for pushing the dye downward in the housing when the trigger is switched; An ejection cap installed at a lower portion of the housing to eject dye; Including, The upper part of the piston is provided with an operating bar for operating the piston up and down, The dye coating device, characterized in that the first partition wall that horizontally crosses the housing is formed integrally with the housing inside the handle of the housing. The method of claim 13, The dye coating device, characterized in that the protrusion extends downward in the bottom of the first partition wall, the diameter is smaller toward the bottom. A handle is formed at an upper portion of the handle to be held by a user, a lower portion is provided with an inner space for receiving a dye, and a housing at which one side of the handle is installed with a trigger for switching the dye; A piston for pushing the dye downward in the housing when the trigger is switched; An ejection cap installed at a lower portion of the housing to eject dye; Including, The trigger is, The hinge shafts are symmetrically protruded to both sides of the lower side, and the hinge shafts are supported and fixed inside the housing, and one side of the streamlined working piece extends toward the inside of the housing. Dye coating device, characterized in that the operating piece hinges up and down. The method of claim 13, The upper outer periphery of the operation bar is a dye coating device, characterized in that the release spring is further installed to elastically restore the operation bar upward when the operation bar is released. The method of claim 16, The stopper is installed on the upper end of the operation bar by a bolt, so that the upper side of the release spring is supported by the stopper, and the lower side of the release spring is supported by the first partition wall, so that the operation bar has a restoring force upward. Device. The method of claim 13, The dye coating device, characterized in that the balance bar is further provided to balance the piston to move up and down while maintaining the horizontal state in parallel with the operation bar. The method of claim 14, The dye coating device, characterized in that the lower portion of the first partition further comprises a brake plate for performing the stopper function of the operation bar. The method of claim 19, The braking plate is plate-like, and one side of the protrusion engaging groove is formed so as to be supported on the side of the protrusion, in the center the operating bar passes through, the dye coating device, characterized in that the braking hole larger than the diameter of the operating bar is formed. The method of claim 20, A second partition wall is installed below the first partition wall, and the second partition wall is provided with a brake spring for elastically supporting the brake plate upward, and the brake plate is opposite to the protrusion engaging groove by the brake spring. Dye coating device characterized in that the elastic support is inclined upward. The method of claim 21, The housing has an upper opening, a support cap is detachably installed on the opened upper portion, a release hole is formed at one side of the support cap, and a lower end is positioned on the brake plate inside the housing, and an upper end is And a release bar that is exposed on the support cap through the release hole is further installed, and when the release bar is pressed, the upwardly inclined braking plate operates downward to maintain a horizontal state. The method of claim 14, The dye coating device, characterized in that the lower portion of the first partition further comprises an operating plate for performing the operation function of the operation bar. The method of claim 23, The operating plate is plate-shaped, the operating piece engaging groove is formed on one side to be supported by the operating piece, the operating bar passes through the center and the operation hole is formed larger than the diameter of the operating bar, the operating piece locking groove on one side is the operating piece Is supported on, the other side surface is applied to the dye coating device, characterized in that supported on the bottom of the projection. The method of claim 24, And a third partition wall between the first partition wall and the piston, and an actuating spring is further installed between the brake plate and the piston. delete delete A handle is formed at an upper portion of the handle to be held by a user, a lower portion is provided with an inner space for receiving a dye, and a housing at which one side of the handle is installed with a trigger for switching the dye; A piston for pushing the dye downward in the housing when the trigger is switched; An ejection cap installed at a lower portion of the housing to eject dye; Including, The housing has a lower opening, and the ejection cap is detachably installed at the opened lower portion. The ejection cap, the coupling portion detachably coupled to the lower portion of the housing; And a discharge part formed on a bottom surface of the dyeing agent to spray the dye. The discharge unit, the dye coating device, characterized in that molded in the shape of a dome corresponding to the shape of the user's head. A handle is formed at an upper portion of the handle to be held by a user, a lower portion is provided with an inner space for receiving a dye, and a housing at which one side of the handle is installed with a trigger for switching the dye; A piston for pushing the dye downward in the housing when the trigger is switched; An ejection cap installed at a lower portion of the housing to eject dye; Including, The housing has a lower opening, and the ejection cap is detachably installed at the opened lower portion. The ejection cap, the coupling portion detachably coupled to the lower portion of the housing; And a discharge part formed on a bottom surface of the dyeing agent to spray the dye. The dye dispensing device, characterized in that the discharge portion is composed of a plurality of orifices. A handle is formed at an upper portion of the handle to be held by a user, a lower portion is provided with an inner space for receiving a dye, and a housing at which one side of the handle is installed with a trigger for switching the dye; A piston for pushing the dye downward in the housing when the trigger is switched; An ejection cap installed at a lower portion of the housing to eject dye; Including, The housing has a lower opening, and the ejection cap is detachably installed at the opened lower portion. The ejection cap, the coupling portion detachably coupled to the lower portion of the housing; And a discharge part formed on a bottom surface of the dyeing agent to spray the dye. The discharging unit is a dye coating device, characterized in that composed of a plurality of projections. The method of claim 30, The projection is formed in the shape of a cylindrical column extending downwards and a constant diameter or a gradually decreasing diameter, the bottom of the column is formed in a plane, but the edges forming the boundary between the side and the bottom tapered chamfer at a constant inclination angle Dye coating device, characterized in that formed with. The method of claim 31, wherein Dye coating device, characterized in that the chamfer is formed with a plurality of slits. delete A handle is formed at an upper portion of the handle to be held by a user, a lower portion is provided with an inner space for receiving a dye, and a housing at which one side of the handle is installed with a trigger for switching the dye; A piston for pushing the dye downward in the housing when the trigger is switched; An ejection cap installed at a lower portion of the housing to eject dye; Including, The housing has a lower opening, and the ejection cap is detachably installed at the opened lower portion. The ejection cap, the coupling portion detachably coupled to the lower portion of the housing; And a discharge part formed on a bottom surface of the dyeing agent to spray the dye. The discharge unit is a dye coating device, characterized in that composed of a combination of a plurality of orifices and a plurality of projections.

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