KR200318910Y1 - Dyeing device - Google Patents

Abstract

The present invention relates to a dyeing tool improved to more efficiently improve the structure of the dyeing equipment of the domestic utility model registration No. 284550 registered by the applicant of the present application, and to prevent the friction noise caused by the return of the button.

According to the present invention, the container body 110 provided with the first and second compartments 112 and 113 so as to be able to separate and accommodate the hair dye and the oxidant at the same time, and seated on the upper wall 115 of the container body 110 It is supported, the guide piece 126, 127 is separated to form a straight guide groove 125 as a central portion, and the forward and backward paths (126b, 127b) by the bow-shaped separating walls (126a, 127a) are respectively provided The device plate 120 on which the guide pieces 126 and 127 are formed, and the first and second compartments 112 and 113 and the branch pipes 132 and 133 of the container body 110 are connected and installed, respectively. The mixing chamber 130 is provided with a collection tube 131 for collecting the hair dye and the oxidant through the branch pipes 132 and 133, and the supply of the hair dye and the oxidant to the mixing chamber 130 is properly blocked. In order to control, the control rod 140 is elastically installed to be elevated by the spring 142 and separated into the first and second compartments 112 and 113 of the container body 110. A dyeing vessel including a pumping means 150 for simultaneously extruding the dissolved hair dye and an oxidant into the mixing chamber 130 by pressing a button 157 and an upper cap 111 for covering the members. 100); And a detachable material with respect to the mixing chamber 130 of the dyeing container 100, the applicator body 210 is provided with a dyeing comb 214 provided with a comb-hole 213, the applicator body 210 The inside of the transfer passage 212 is composed of a coating tool 200 including a stirring tool 220 is rotated by the control rod 140.

Description

Dyeing device

The present invention relates to a dyeing tool improved to more efficiently improve the structure of the dyeing equipment of the domestic utility model registration No. 284550 registered by the applicant of the present application, and to prevent the friction noise caused by the return of the button.

Generally, hair dye is used to mix hair dyes and oxidizing agents. Especially hair dyes have various colors to enable dyeing of various hair colors including white hair. And these hair dyes and oxidizing agents are stored in separate containers, respectively, and a certain amount of dye is mixed and used.

However, in case of the above, there is inconvenience in handling that the hair dye and the oxidant must be separately stored and stored in each container, and it is troublesome to use the hair dye and the oxidant at a certain ratio during dyeing. The oxidizing agent is a problem that can not be reused and discarded due to oxidation.

Therefore, in order to solve such a problem, the applicant for the dyeing and dyeing for premixing the hair dye and the oxidizing agent in one container body and collecting them in one place has been devised in advance.

However, the dyeing equipment registered in Korea Utility Model Registration No. 284550 has a relatively complicated extrusion structure for collecting hair dye and oxidant separated in each compartment of the container body.

In addition, as shown in FIG. 13, in order to collect the hair dye and the oxidant separately contained in each compartment of the container body 1 in one place or to mix the hair dye or the oxidant collected in one place, the button 8 ), The ratchet wheels (5), (6) and (7) installed on each ratchet rod (2) (3) or the stirring tool (4) must be rotated simultaneously in one direction. The claws 9a protruding from each of the push rods 9 of the ratchet wheels 5a, 6a and 7 can be pushed forward and backward only in a straight line so that they can push the ratchet gears 5a, 6a and 7a of each ratchet wheel 5, 6 and 7 all the time. Therefore, in particular, there is no problem in the forward movement of each of the push rods 9, but when moving back, the claws 9a positioned in engagement with the ratchet gears 5a, 6a and 7a correspond to the ratchet wheels 5 and 6 Each ratchet gear (5a) (6a) (7a) of 7) is forced to ride over.

Therefore, in the process of forcibly riding over the ratchet gears 5a, 6a and 7a of the ratchet wheels 5, 6 and 7, the toenail 9a formed on the push rod 9 during the return of the button naturally occurs. There was no choice but to produce a severe friction sound that "dumps", and the occurrence of this friction sound prevented the smooth operation of the button 8 and caused the deterioration of the product quality. In addition, the wear phenomenon of the toenail 9a formed on the push rod 9 of the button 8 due to the long use of the dyeing tool cannot be excluded at all.

The present invention was devised to solve all the problems of the prior art prior registration design, and the object of the present invention is to improve the extrusion operation structure of the hair dye and the oxidant separated and accommodated in the container body more easily, and It is to provide a dyeing tool that is improved to prevent the generation of friction noise to enable a smooth pressing operation of the button.

1 is a partially separated perspective view of the present invention;

Figure 2 is an exploded perspective view of the main portion extract of the present invention;

3 is a cross sectional plan view of FIG.

Figure 4 is an exploded perspective view of the applicator according to the present invention;

FIG. 5 is a sectional view taken along the line VV of FIG. 3; FIG.

FIG. 6 is an enlarged sectional view taken along line VI-VI of FIG. 1;

Figure 7 is a partial cut assembled cross-sectional view showing a state that the applicator is separated for the container body according to the present invention;

Figure 8 is a partially cut assembled cross-sectional view showing a state in which the application tool is used for the container body according to the present invention;

Figure 9 is a plan sectional view showing a state before the button is pressed according to the present invention

Figure 10 is a cross-sectional view showing a state after the button is pressed according to the present invention;

11 is a plan sectional view showing a state in which a button is returned after being pressed according to the present invention;

12a to 12d are excerpts sectional views for sequentially explaining the movement state of the guide pin according to the advance retraction of the push rod during the button operation according to the present invention;

Figure 13 is a cross-sectional view showing a state in which the ratchet wheel is rotated by the button structure according to the conventional design.

※ Code explanation about main part of drawing ※

100: dyeing container 110: container body

111: upper cap 112,113: first and second compartments

115: upper wall 120: device plate

125: straight guide groove 126,127: guide piece

126a, 127a: active partition wall 126b, 127b: advance path

128: button support wall 130: mixing chamber

131: collecting pipe 132,133: branch pipe

140: control rod 142: spring

143: head 144: packing cap

145: wrench groove 146: driven gear

150: pumping means 151, 152: first and second screw rod

151a, 152a: screw 151b, 152b: spline

153, 154: first and second pistons 155, 156: first and second drive wheels

155a, 156a: boss 155a-1,156a-1: spline groove

155b, 156b: Ratchet Gears 155c: Drive Gear

157: button 159: button housing

160: spring 161: straight guide

162, 163: first and second push rods 162a, 163a: claws

162b, 163b: Guide pins 162c, 163c: Elastic groove

200: coating tool 210: coating tool body

212: transfer passage 213: comb-hole

214: dyeing comb 215: grooming comb

220: stirring tool

The object of the present invention, the container body is provided with the first and second compartments so that the hair dye and the oxidant can be separated and received at the same time, the seat body is supported by the upper wall of the container body, the center portion is separated to provide a straight guide groove It is formed, the device plate is provided with a guide piece which is provided with a retreat path by the bow-shaped partition wall, and the first and second compartments and the branch pipe of the container body are connected to each other, the hair dye and the oxidant through the branch pipe A mixing chamber equipped with a collecting tube for collecting, a control rod which is installed to be lifted and operated by a spring to appropriately control the blocking of supply of the hair dye and the oxidant to the mixing chamber, and separately housed in the first and second compartments of the container body. Covering the pumping means and the respective members for simultaneously extruding the hair dye and the oxidant into the mixing chamber by pressing the button Dyeing container including an upper cap for the; And a detachable material with respect to the mixing chamber of the dyeing container, and the applicator body is provided with a dyeing comb provided with a comb hole, and the wrench part is inserted into the wrench groove of the control rod and rotated on the transport passage inside the applicator body. It is achieved by an applicator comprising a stirring tool.

In addition, according to the present invention, the pumping means is installed so that the spline of one side is exposed to the outside of the device plate to pump the hair dye and the oxidant separately accommodated in the first and second compartments of the container body at the bottom, The first and second screw rods are provided with a piston so as to be capable of lifting operation; A first driving wheel having a spline groove formed at a lower inner circumferential surface of the boss with respect to the spline of the first screw rod, and further including a driving gear engaged with the driven gear of the ratchet gear and the control rod; A second driving wheel having a spline groove formed at an inner circumferential surface of a lower end of the second screw rod and having a ratchet gear; And a linear guide elastically installed with a spring so as to be pressurized with respect to the button support wall of the apparatus plate, the linear guide inserted into the linear guide groove of the apparatus plate, and the ratchet gears of the first and second driving wheels in one direction. First and second push rods provided with toenails, respectively, and when the first and second push rods move forward, each toe bite with each ratchet gear of the first and second drive wheels to force rotational manipulation. Each guide piece of the device plate is moved along a retreat path outside the guide plate of the device plate, and during the retraction movement, each claw is retracted while being spaced apart from each ratchet gear of the first and second drive wheels. It comprises a button including a guide pin provided on the first and second push rods so as to be movable along the advance path.

Further, according to the present invention, the guide pins of the first and second push rods that are moved forward along the advance path formed by the respective guide pieces of the device plate, the inner side by the elastic end of each of the bow-shaped separating wall provided on the guide piece After the change of direction of movement to the path is completed, it is configured to prevent the return of the outer path.

In addition, according to the present invention, the control rod is configured to rotate in conjunction with any one of the first and second drive wheels that are rotated by the first and second push rods that are advanced when the button is pressed.

In addition, according to the present invention, the first and second push rods of the button is further formed with an elastic groove to facilitate the turning movement operation along the advance path of the guide piece.

Further, according to the present invention, the head portion of the control rod is further provided with a soft packing cap for more reliably sealing the outlet of each branch pipe of the mixing chamber.

In addition, according to the present invention, the applicator body is further provided with a comb for grooming and is configured to enable a neat arrangement of the hair at the same time as the dyeing.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings.

Referring to Figure 1, the dyeing equipment of the present invention is largely capable of separating and receiving hair dyes and oxidants required for dyeing, and dyeing container 100 configured to be funky operation so that these hair dyes and oxidants are collected in one place, and Composed of a detachable comb-shaped application tool 200.

Referring to FIGS. 1 and 2, the dyeing container 100 will be described first. The dyeing container 100 is mounted to a container body 110 including an upper cap 111 and to an upper portion of the container body 110. The apparatus plate 120, the mixing chamber 130, and a control rod 140 and a pumping means 150 for controlling the supply of the hair dye and the oxidant to the mixing chamber 130 are included.

As shown in FIGS. 2 and 5, the container body 100 is divided into first and second compartments 112 and 113 so as to separately accommodate the hair dye and the oxidant required for dyeing. The lower open ends of the two compartments 112 and 113 are sealed with a lower support cap 114. In addition, the upper wall 115 of the container body 110 is provided with support pipes 116 and 117 and discharge holes 118 and 119 communicating with the first and second compartments 112 and 113, respectively. .

As the device plate 120 mounted to the upper wall 115 of the container body 110, as shown in Figure 2, the support pipe 116, 117 and the discharge hole formed by the upper wall 115 of the container body 110 Protruding pipes 121 and 122 and discharge holes 123 and 124 are formed at positions coincident with 118 and 119, respectively, and a straight guide groove is formed as a center of each protruding pipe 121 and 122. Guide pieces 126 and 127 are formed to be separated so that 125 is provided, and the separating walls 126a that are bent to be curved like bows in opposite directions as shown in FIG. 9 inside each of the guide pieces 126 and 127. The retreat paths 126b and 127b by 127a are formed, respectively, and the button support wall 128 is formed in the front of each guide piece 126 and 127 at a predetermined distance.

Here, the elastic ends 126a-1 and 127a-1 of the bow-shaped separating walls 126a and 127a of the guide pieces 126 and 127 are the first and second push rods 162 and 163 which will be described later. When the external force is applied by each of the guide pins 162b and 163b, the elastic operation is configured.

And each of the outlet holes 123, 124 of the device plate 120 is fitted with a soft packing pipe 129, respectively, at this time the packing pipe 129 is the interior of the container body 110 as shown in FIG. Fitted through.

Figure 1. 2 and 7, the mixing chamber 130 collects the hair dye and the oxidant separately accommodated in the first and second compartments 112 and 113 of the container body 110 at the same time to be collected into one collecting tube 131. To guide, this is to insert the end of each branch pipe (132, 133) formed on both sides of the collection pipe 131 to each packing pipe body 129 of the device plate 120, respectively, the first and the first of the container body (110) By assembling in communication with the second compartments 112 and 113.

2, 6, and 7, the outlets of the branch pipes 132 and 133 communicating with the collecting pipe 131 are opened to the lower portion of the collecting pipe 131 of the mixing chamber 130. A control rod 140 is provided for appropriately controlling the supply of the hair dye or the oxidant from the first and second compartments 112 and 113 of the container body 110.

One end of the control rod 140 is elastically supported by the spring 142 so that the support tube 141 of the device plate 120 can be raised and lowered, and the head portion 143, which is the other end thereof, communicates with the collection tube 131. In order to control each outlet of each branch pipe (132, 133) is inserted into the collection pipe 131 is supported. The outer circumferential surface of the head portion 143 is covered with a soft packing cap 144 for more reliably sealing the outlets of the branch pipes 132 and 133, and the inner central portion of the head portion 143. Wrench groove 145 is dug, the lower portion of the head portion 143, the driven gear 146 is integrally formed by a predetermined width.

1, 2, and 5, the pumping means 150 pumps the hair dye and the oxidant from the first and second compartments 112 and 113 of the container body 110 to the mixing chamber 130. The purpose is to collect the collection pipe 131. The pumping means 150 may include first and second screw rods 151 and 152 rotatably penetrating with respect to each support pipe 116 and 117 of the first and second compartments 112 and 113, and First and second to rotate the first and second pistons 153 and 154 and the first and second screw rods 151 and 152 coupled to the first and second screw rods 151 and 152. 2 drive wheels 155, 156 and the button 157 is installed so as to be pressurized about the button support wall 128 of the device plate 120.

Referring to FIG. 5, the lower ends of the first and second threaded rods 151 and 152 installed in the first and second compartments 112 and 113 of the container body 110 may be used as the first and second compartments ( The first and second pistons 153 and 154 for extruding the hair dye and the oxidant stored in the 112 and 113 are combined, and the first and second pistons 153 and 154 are the first and the second. Each of the screws 151a and 152a formed as the outer circumferential surface of the two threaded rods 151 and 152 is moved up to the top of the first and second compartments 112 and 113.

In addition, the first and second screw rods 151 and 152 are respectively coupled to splines 151b and 152b which are respectively penetrated so as to be exposed to the outside of the support end pipes 116 and 117 to rotate. The first and second drive wheels 155 and 156 are bosses 155a and 156a having spline grooves 155a-1 and 156a-1 as the lower inner circumferential surface and the outer circumferential surfaces of the bosses 155a and 156a. The ratchet gears 155b and 156b are formed, and the first driving wheel 155 includes a large diameter drive gear 155c meshed with the driven gear 146 of the control rod 140 as shown in FIG. 3 or 6. It is further provided.

1 and 2, the button 157 is elastically installed by the spring 160 so that the button housing 159 covered by the cap 158 can be pressed against the button support wall 128. The linear guide 161 is formed to extend to one side central portion of the button housing 159, and the first and second push rods 162 and 163 are formed to extend to be disposed on both sides of the button housing 159 and have elasticity. Also, at the ends of the first and second push rods 162 and 163, the toenails 162a and 163a caught by the ratchet gears 155b and 156b of the first and second driving wheels 155 and 156 are provided. It protrudes outward, and the guide pins 162b and 163b protrude from the lower part, respectively.

As shown in FIG. 3, the linear guide 161 of the button 157 is guided and moved to the linear guide groove 125 formed between the two guide pieces 126 and 127 of the device plate 120. The guide pins 162b and 163b of the two push rods 162 and 163 are the retraction paths formed by the bow-shaped separating walls 126a and 127a of the guide pieces 126 and 127 when the button 157 is pressed. The first and second push rods 162 (162) of the button 157 by guide pins 162b and 163b which are pivotally fitted along 126b and 127b and are pivoted along the forward and backward paths 126b and 127b. The toenails 162a and 163a formed of the 163 may move the ratchet gears 155b and 156b of the first and second driving wheels 155 and 156 when the button 157 moves forward as shown in FIGS. 9 to 11. At the time of the retraction movement, it is returned to a state spaced apart from the ratchet gears 155b and 156b of the first and second drive wheels 155 and 156.

Therefore, the toenails 162a and 163a of the first and second push rods 162 and 163 are different from the ratchet gears 155b and 156b of the first and second drive wheels 155 and 156, particularly during the retraction movement. Since no contact is made at all, no friction noise is generated due to their friction.

Meanwhile, as shown in FIG. 3, the first and second push rods 162 and 163 may further include elastic grooves 162c and 163c to enable smooth movement by the movement of the guide pins 162b and 163b. It is preferable to facilitate the elastic action of the first and second push rods 162 and 163.

1, 2, 6 and 7, the dyeing container 100 according to the present invention is an upper cap 111 for covering the device plate 120, mixing chamber 130, pumping means 150 The upper cap 111 is attached to and detached from the rib 115a formed as the upper wall 115 of the container body 110.

And when the combination of the upper cap 111, the collecting pipe 131 of the mixing chamber 130, as shown in Figure 6, the end is fitted into the inside of the support end pipe (111a) forcibly. On the other hand, the mixing chamber 130 is preferably configured to be detachable with the upper cap 111 by the combination of the collecting pipe 131 to the support end pipe 111a of the upper cap 111. In addition, the upper cap 111 is provided with a button operating hole 111b for pressurizing the button housing 159 of the button 157 on which the cap 158 is covered.

Next, the applicator 200 of the present invention will be described with reference to FIGS. 1 and 4. As shown therein, the applicator 200 has a comb shape and is detachable with respect to the mixing chamber 130 which is integrally coupled to the upper cap 111. The applicator 200 may be used for single use, but may be used repeatedly after washing well after use.

The applicator body 210 is a form in which the conveying passage 212 is opened toward the coupling end pipe 211 to one side with respect to the inside thereof, and then assembled to two, and then the two parts are joined by means such as ultrasonic bonding, and the applicator body ( Both sides of the 210 are provided with a dyeing comb 124 and a grooming comb 215 in which a comb hole 213 is formed.

Here, the one-side dyeing comb 214 on which the comb-hole 213 is formed makes the comb-tooth spacing relatively wide and suitable for dyeing, and the other-side comb-tooth comb 215 forms a narrow comb-tooth spacing mainly after dyeing. Configured for hair cleansing. Here, the grooming comb 215 formed of the applicator body 210 is not necessarily required.

In addition, a stirring tool 220 for inserting and mixing the hair dye and the oxidant collected in the mixing chamber 130 into the internal transfer passage 212 of the applicator body 210 is inserted and supported. Stirring tool 220 is inserted into the conveying passage 212, one side of the support end 221 is rotatably inserted with respect to the support ring projection (212a) of the conveying passage 212, the other side wrench portion 222 Is installed so as to be exposed to the outside to be fitted to the wrench groove 145 of the control rod 140.

And the stirring tool 220 is formed with a plurality of stirring blades 224 of a predetermined form, wherein the shape of the stirring blade 224 is not limited to a specific form, it is necessary to be formed on the whole of the stirring tool 220 There is no. For example, the stirring blade 224 of the stirring tool 220 is preferably formed only a predetermined distance for the rapid mixing transfer of the hair dye and the oxidant collected in the collection tube 131 of the mixing chamber 130. More specifically, it may be formed within a distance range of about one half from the wrench portion 222 to the support end portion 221.

On the other hand, the coupling end pipe 211 of the applicator body 210 is fitted to the rubber ring (211a) is configured to seal the mounting tube 131 of the mixing chamber 130 is good.

The dyeing container 100 of the present invention configured as described above has a control rod in which each branch pipe 132 and 133 are forcibly lifted up by the spring 142 in a state where the application tool 200 is separated as shown in FIG. The packing cap 144 covered by the head portion 143 of the 140 is blocked, so that the hair dye and the oxidant separated and received in the first and second compartments 112 and 113 of the container body 110 are supplied to the collecting pipe 131. This is forcibly blocked.

5 and 6, each of the splines 151b and 152b of the first and second screw rods 151 and 152 installed as the first and second compartments 112 and 113 of the container body 110. The spline grooves 155a-1 and 156a-1 formed by the bosses 155a and 156a of the first and second drive wheels 155 and 156 are coupled to each other, and the first drive wheel ( The drive gear 155c of 155 is meshed with the driven gear 146 of the control rod 140.

In addition, as the ratchet gears 155b and 156b of the first and second driving wheels 155 and 156, the toenails formed on the first and second rods 162 and 163 of the button 157 as shown in FIG. 162a and 163a are respectively seized, and each guide pin 162b and 163b formed at the bottom thereof is located on the retraction paths 126b and 127b of the guide pieces 126 and 127, respectively.

In order to dye the hair in such a state, the applicator 200 is pressed against the supporting end pipe 111a of the dyeing container 100 as shown in FIGS. 7 and 8. At this time, the wrench portion 222 exposed to the outside of the coupling end pipe 211 of the applicator body 210 is forcibly lowering the control rod 140 inserted into the lower inner side of the collection pipe 131 and the center portion of the head portion 143. Since each branch pipe 132 and 133 of the mixing chamber 130 is coupled to the wrench groove 145 which is dug into each other, the packing cap 144 of the head 143 moves downward with the control rod 140. Thereby each outlet is opened and operated.

In this way, the button 157 in the initial state of FIG. 9 is opened in the state in which the outlets of the branch pipes 132 and 133 with respect to the collection pipe 131 of the mixing chamber 130 are opened through the combination of the applicator 200. When pressurized as shown in 10, the ratchet gears 155b and 156b are forcibly rotated by the toenails 162a and 163a of the first and second push rods 162 and 163, and at the same time, The first and second screw rods 151 and 152 are also rotated in the same direction.

And by the rotation of the first and second threaded rods 151, 152, each piston 153, 154 installed thereon is raised by a predetermined distance by the corresponding screws (151a, 152a), this piston 153 The hair dye and the oxidant separated and accommodated in the compartments 112 and 113 by the rise of the 154 are collected through the branch pipes 132 and 133 of the mixing chamber 130 as shown in FIGS. 6 and 8. 131).

In addition, the hair dye and the oxidant collected in the collecting pipe 131 is mixed evenly by the stirring tool 220 coupled and supported simultaneously with the control rod 140 rotated by the first push rod 162 during the pressing operation of the button 157. At the same time, the mixed agent is discharged to each comb hole 213 of the dye comb 214 through the inner transfer passage 212 of the applicator body 210.

Therefore, when combing the dyeing comb 214, the mixed agent discharged through the combing hole 213 is applied to the hair to be easily dyed, and after completion of the dyeing, combing using the combing brush 215, if necessary. By doing so, it is possible to arrange the hair neatly.

On the other hand, when pressing the button 157 as shown in FIG. 3, the button 157 is straight because the linear guide 161 is guided to the linear guide groove 125 formed between each guide piece 126, 127. It is possible to move.

In addition, the first and second push rods 162 and 163 which are pushed back and forth to rotate the first and second driving wheels 155 and 156 are guide pieces 126 and 127 when the button 157 is pressed. Are moved along the forward and backward paths 126b and 127b. For example, when the button 157 is moved forward, the guide pins 162b and 163b of the first and second push rods 162 and 163 are moved by the bow-shaped separating walls 126a and 127a, as shown in FIGS. 9 to 10. The claws 162a and 163a are moved to push each ratchet gear 155b and 156b of the first and second drive wheels 155 and 156 while moving along the outward path, and also the spring 160 In the retraction movement of the button 157 due to the resilience force of the respective claws 162a (162b) by moving the guide pins 162b and 163b along the inner path of the retreat paths 126b and 127b as shown in FIG. Naturally, 163a is retracted to be spaced apart from each of the ratchet gears 155b and 156b of the first and second drive wheels 155 and 156.

That is, the first and second push rods 162 and 163 are formed to be spread outward so that the guide pins 162b and 163b are always located on the outer path of the forward and backward paths 126b and 127b. After pushing the button 157, the guide pins 162b and 163b are moved through the outer paths of the forward and backward paths 126b and 127b, as shown in FIGS. 12A and 12B. During the retraction operation, as shown in FIGS. 12C and 12D, the guide pins 162b and 163b move the elastic ends 126a-1 and 127a-1 of the bow-shaped separation walls 126a and 127a to the side. While being pushed and pushed over, the movement in the reverse direction is prevented, and the retreat is moved backwards through the inward and backward paths 126b and 127b.

Therefore, in the present invention, when the retraction operation of the button 157 is performed, the toenails 162a and 163a of the first and second push rods 162 and 163 are respectively the angles of the first and second driving wheels 155 and 156. Since the ratchet gears 155b and 156b are retracted to be spaced apart without being in contact with the ratchet gears 155b and 156b, friction noises that “dump” as in the prior art are not generated at all.

On the other hand, as shown in Figs. 12B and 12C, the guide pins 162b and 163b, which are moved back and forth by the sliding separation walls 126a and 127a when the button 157 is moved forward, are shifted from the outer path to the inner path. When the reverse separation is prevented by the elastic ends 126a-1 and 127a-1 of the divided partition walls 126a and 127a, they are always pivoted along the inner paths 126b and 127b.

In the pressing operation of the button 157, the first and second push rods 162 and 163 can be more stably operated by the elastic grooves 162c and 163c as shown in FIG.

As described above, the present invention can supply the hair dye and the oxidant to the mixing chamber 130 from the first and second compartments 112 and 113 of the container body 110 by continuously pressing the button 157. In addition, since the mixing is evenly mixed by the stirring tool 220, the mixing and discharging is easily performed by the dyeing comb 214 of the coating tool 200 is to enable a simple dyeing of the hair.

After the dyeing is completed, the application tool 200 is separated from the mixing chamber 130 of the dyeing tool 100, and each branch pipe 131 and 132 of the mixing chamber 130 is again the spring 142. It is blocked by the control rod 140 that is raised by the resilience force, even if the button 157 is accidentally operated by pressure, the discharge of the hair dye and the oxidant from the container body 110 to the collection pipe 131 is prevented.

As described above, according to the present invention, the stirring tool for the application tool fitted to the first and second screw rods and the control rod by the first and second driving wheels rotated in one direction by the first and second push rod operation of the button is The structure is more effectively configured to rotate at the same time, and the first and second push rods according to the operation of the button are swiveled along the outer and inner paths of the advance and exit path by the sliding partition wall, so that the friction sound according to the forward and backward operation of the button Since this does not occur at all, the smooth operation of the button can further improve the quality of the product.

Although the present invention has been described with reference to the accompanying drawings, many modifications and changes may be made without departing from the scope of the following claims.

Claims (9)

A hair dye and an oxidant are separately accommodated in the container body 110 provided with the first and second compartments 112 and 113, and the first and second screw rods 151 and 152 are rotated to form a piston 152 ( 153 is moved linearly to discharge the hair dye and the oxidant separated and received by the means for reducing the volume of the first and second compartments 112 and 113 at the same time to collect them into the mixing chamber 130 and then stirring equipment 220 In the conventional dyeing equipment configured to use a hair dye by discharging to the applicator 200 while mixing with), Receding paths 126b and 127b by the first and second push rods 162 and 163 and the bow-shaped separating walls 126a and 127a forming the toenails 162a and 163a and the guide pins 162b and 163b. The guide pins 162b and 163b are moved along the forward and backward paths 126b and 127b when the button 157 is moved forward and backward. And the toenails 162a and 163a of the second pushing rods 162 and 163 rotate the ratchet gears 155b and 156b in one direction to rotate the first and second screw rods 151 and 152 to thereby piston. (152) (153) by linearly moving to separate the accommodated hair dye and oxidant at the same time, while rotating the stirring tool 220 to discharge the dyeing comb 214 of the coating tool 200 while mixing the hair dye and the oxidant Dyeing equipment, characterized in that configured to use a hair dye. The method of claim 1, wherein the toenails 162a and 163a of the first and second push rods 162 and 163 move the ratchet gears 155b and 156b when the button 157 is moved forward or backward. The guide pins 162b and 163b, which move along the advance paths 126b and 127b to rotate in one direction, When the first and second push rods 162 and 163 move forward in response to the forward and backward operation of the button 157, the toenails 162a and 163a bite with the ratchet gears 155b and 156b. The guide pins 162b and 163b of the first and second push rods 162 and 163 to force the ratchet gears 155b and 156b to rotate in one direction. The claws 162a and 163a are moved along the outer retreat paths 126b and 127b of the first and second push rods 162 and 163. The guide pins 162b and 163b of the first and second push rods 162 and 163 are inward and backward paths of the guide pieces 126 and 127 so as to retreat while being spaced apart from the 155b and 156b. Dyeing equipment, characterized in that configured to be movable along (126b) (127b). According to claim 1 or claim 2, The button 157, The first and second push rod 162 of the button 157 so as to stably linearly reciprocate during the forward and backward operation of the button 157 The linear guide 161 is formed at the center of the 163, and the two guide pieces 126 and 127 are separately formed so as to maintain a predetermined interval, and the linear guide groove 125 is provided between the straight guides. A dyeing tool, characterized in that 161 can reciprocate linearly between the linear guide grooves 125. The method of claim 1, wherein the bow-shaped separating walls (126a, 127a), the elastic end (126a-1) (127a-1) is formed at the end of the first and second pusher (162) (163) When the guide pins 162b and 163b move along the advance paths 126b and 127b of the guide pieces 126 and 127, the guide pins 162b and 163b are prevented from retreating back to the outer path. A dyeing implement, characterized in that configured to return to the inner path. The first and second drive wheels of claim 1, wherein the stirring tool 220 is rotated by the first and second push rods 162 and 163, which are advanced when the button 157 is pressed. The control rod 140 is rotated by the rotation operation of the driven gear 146 in conjunction with any one of (155) and 156, and the stirring rod 220 is coupled to the control rod 140 so as to be rotated. A dyeing tool characterized by the above. The flexible packing cap 144 of claim 5, wherein a soft packing cap 144 for more reliably sealing the outlets of the branch pipes 132 and 133 of the mixing chamber 130 to the head portion 143 of the control rod 140 is provided. Dyeing equipment, characterized in that further provided. According to claim 1, wherein the stirring tool 220, the stirring blade only a part of the whole of the stirring tool 220 for the rapid mixing and transport of the hair dye and the oxidant collected in the collecting tube 131 of the mixing chamber 130 A dyeing utensil, characterized by forming (224). The dyeing tool according to claim 7, wherein the stirring blade 224 is formed only within a distance range of about 1/2 from the wrench part 222 side of the stirring tool 220 toward the support end part 221. . The dyeing article of claim 1, wherein the applicator (200) is further provided with a comb for grooming (215).