WO2008108565A1

WO2008108565A1 - Hair dyeing device

Info

Publication number: WO2008108565A1
Application number: PCT/KR2008/001208
Authority: WO
Inventors: Jae Kun Lee
Original assignee: Individual
Current assignee: Individual
Priority date: 2007-03-03
Filing date: 2008-03-03
Publication date: 2008-09-12
Anticipated expiration: 2009-09-03

Abstract

A hair dyeing device is provided. The hair dyeing device includes a motor driven by a power source (battery) and controlled by a switch, a pump driven by the motor and discharging dyes by sucking dyes from the dye container and dispensing the dyes to a tube connected to a tine body. The hair dyeing device further includes an inline mixer that is fitted in a joined passage way connected to passageways (810) from output ports of the pump (800) to mix the dyes collected in the joined passageway, a manifold (200) that is aligned with a passageway (811) between the inline mixer and the tine body (150) to uniformly dispense the dye mixture to comb teeth holes (152).

Description

[DESCRIPTION] [Invention Title]

HAIR DYEING DEVICE [Technical Field]

<i> The present invention relates to a hair dyeing device. Particularly, the present invention relates to a hair dyeing device that can be associated with a variety of dye container having different shapes and different sizes and containing liquid-phase dye or emulsion-phase dye when hair (e.g., hair of the head, fiber, or body hair) is to be dyed (or decolored, colored, developed, or coated). More particularly, the present invention relates to a dye container that enables the dyes to be used as much as desired without wasting dyes, enables different dyes (e.g., a base dyestuff and a stabilizer, a developer, a decolorizer, or other dyestuffs) to be mixed with each other as much as desired, whereby hair is easily and conveniently dyed with new colors, and is portable and water-proof so that it can be automatically cleaned and a hair dyeing device having the dye container. [Background Art]

<2> In order to dye hairs, a variety of hair dyeing devices that can mix a variety of different dyes and apply the mixture have been developed. o> Korean Patent No. 10-0421691 (Application No. 2003-50388) filed by and issued to the applicant of the present invention discloses such a hair dyeing device.

<4> The hair dyeing device of the patent (10-0421691) includes a power source (e.g., battery), a motor driven by the power source in accordance with a switch manipulation, a pump driven by the motor, a dye container storing dye and fitted in an adaptor of a body, a first dye passage unit connected to the adaptor and an input port of the pump, a second dye passage unit connected to an output port of the pump, the first and second dye passage units meet at a joined dye passage unit, a mixing unit fitted in the joined dye passage unit, and a manifold directed to holes of comb teeth. As the pump is driven by the motor, the dyes contained in the dye container fitted in the adaptor is directed to the second dye passage unit through the first dye passage unit and is mixed with each other while passing through the mixing unit fitted in the joined dye passage unit. The dye mixture is directed to the holes of the comb teeth through the manifold.

<5> In addition, the device is foldable and portable. The device is water^¬ proof so that it can be automatically washed. Therefore, the device can easily dye the hair. [Disclosure] [Technical Problem]

<6> Korean patent application Nos. 10-2007-0021208 (filed on March, 2007) and 10-2003-0050388 (filed on July, 2002) also disclose hair dyeing devices. However, the devices are complicated in a structure and thus the manufacturing cost increases.

<7> It is an object of the present invention to provide a hair dyeing device that is improved in its function and effect by improving an adaptor and a shelf, simplifying structures of an inline mixer and a manifold, improving structures of a pump, a reduction unit, a body, a head, and a hydraulic system, improving a water-proof function, foldability, portability, and an outer appearance.

<s> It is another object of the present invention to provide a hair dyeing device that improves a product structure, a water-proof structure, a manifold, and a piping structure, simplifies components, reduces the number of the components, minimizes the size of the product, simplifies a structure of a cast mold and an assembling process of the product, increases a service life of the components, avoids malfunctioning, improves dyeing effect and dyeing reliability, makes it easy to use, adjust a height of comb teeth, and enhances a degree of freedom in a size and shape of a dye container.

<9> It is still another object of the present invention to provide a hair dyeing device that is capable of extracting same amounts of dyes from the dye container without forcibly and manually squeezing the dye container and of allowing a user not to washing his/her hands after the hair is dyed, of replacing the container whenever he/she wants.

<io> It is still further another object of the present invention to provide a hair dyeing device that can be easily manufacture and does not require maintenance. [Technical Solution]

<ii> In order to achieve the objects, the present invention provides a hair dyeing device including a motor driven by a power source (battery) and controlled by a switch, a pump driven by the motor and discharging dyes by sucking dyes from the dye container and dispensing the dyes to a tube connected to a tine body, wherein a dye container containing different dyes that are not mixed is fitted in a replaceable adaptor disposed at an outside of a body, passageways formed in the adaptor are connected to input ports of the respective pumps, the dyes sucked from the dye container by the pumps are directed to the passageways, the passageways are joined together at a joined passageway, the dyes meets at the joined passageway, the dyes are mixed by an inline mixer assembled in the joined passageway, the dye mixture is directed to comb teeth holes through a manifold connected to the joined passageway. The joined passageway goes out through a hole of a tube support of the body and comes in through a hole of the tube support of the bracket to be fitted in a nipple of the manifold.

<i2> The adaptor fitted in the shelf can be replaced at an outside of the body. The body is fully air-tightened and foldable and thus the outer appearance can be improved. [Advantageous Effects]

<13> The present invention has the following effects :

<i4> Simplification of the product and water-proof structure, manifold, piping structure, and components, reduction of the number of the components, miniaturization of the product, simplification of a cast mold and an assembling process, increase of a service life of the components, reduction in malfunction and maintenance, and increase of profit of manufacturers, simplification in use, portability of the product, adjustment of a height of comb teeth, and improvement of dyeing reliability, outer appearance, and user convenience.

[Description of Drawings] <15> Fig. 1 is a perspective view of a hair dyeing device, when it is unfolded, <i6> Fig. 2 is a detailed side view of Fig. 1, illustrating an internal structure, <i7> Fig. 3 is a detailed front view of Fig. 1, illustrating an internal structure,

<18> Fig. 4 is a circuit diagram of Fig. 1, <19> Fig. 5 is front, rear, left side, and right side views of an adaptor

500 formed by a strainer 510 and a nipple 515,

<20> Fig. 6 is front, rear, left side, and right side views of a shelf 520, <2i> Fig. 7 is a perspective view of a strainer 510 fitted to an adaptor, <22> Fig. 8 is a perspective view of an inline mixer 820 inserted in a passageway 811 and having twisted blades 820 continuously connected to each other 821,

<23> Fig. 9 is a cross-sectional view of Fig. 8, <24> Fig. 10 is a view of an assembly of a head 100 and a manifold 200 of

Fig. 1, <25> Fig. 11 is a cross-sectional view of an assembly of a manifold 200 having single-step multi layers 10, 20, and 30, <26> Fig. 12 is a detailed view of the multi layers 10, 20, and 30 of a manifold 200. <27> Fig. 13 is a detailed view illustrating an even number dispensing state of a manifold 200 having a multi-step single layer 20,

<28> Fig. 14 is a detailed view of the multi-step single layer of Fig. 13, <29> Fig. 15 is a detailed view illustrating an odd number dispensing state of a manifold 200 having a multi-step single layer 20,

<30> Fig. 16 is a detailed view of the multi-step single layer of Fig. 15, <3i> Fig. 17 is a detailed view of a 130 separated from the a bracket 100 of Fig. 10, <32> Fig. 18 is a detailed view of a side cover 160 of the head 100 of Fig.

1,

<33> Fig. 19 is a detailed view of a body 300 of Fig. 1, <34> Fig. 20 is a detailed view of an apron 310 of Fig. 1, <35> Fig. 21 is a detailed view of a packing 850 inserted between a body 300 and an apron 310. <36> Fig. 22 is a detailed view of a packing 850 inserted between a body 300 and an end, <37> Fig. 23 is a detailed view of an 0-ring inserted around a screw to realize a water tightness of a space between a body 300 and an end 320 and between a body 300 and an apron 310, <38> Fig. 24 is a detailed view of a washer inserted around a screw to realize a water tightness of a space between a 300 and a 320 and between a body 300 and an apron 310, and <39> Fig. 25 is a detailed view of a frame that is positioned to align a pump, a motor, and transmissions.

<40> description of the symbols in main portions of the drawings> <4i> 100: Head 110: Bracket

<42> 130: Shaft support 131: Shaft support hole <43> 132: Tube support hole 140: Tube support <44> 150: Tine body 151: Comb teeth

<45> 152: Comb teeth hole 155: Manifold input port <46> 156: Manifold seat 160: Side cover 180: Stopper <47> 200: Manifold 215: Manifold nipple

<48> Hi: input port 91o: output port <49> A: twisted angle of twist blade D: passageway distance <50> 300: body 301: Switch knob

<5i> 310: Apron 312: Tube support p

<52> 320: End 330: Shaft

<53> 338: Shelf support 350: Frame <54> 351: Battery seat 352: Motor seat <55> 355: transmission seat 358: Pump seat <56> 400: Dye container 410: First dye <57> 420: Second dye 500: Adaptor <58> 510: Strainer 511: Adaptor nose <59> 512: Adaptor strainer 515: Nipple <60> 520: Shelf 523: Shelf hook <61> 525: Adaptor stopper hook 526: Adaptor nose hook <62> 527: Shelf bottom plate 528: Shelf nose <63> 600: battery 700: Motor <64> 750: Transmission 860: Washer <65> 800: Pump 810: Passageway <66> 811: joined passageway 815: Nipple <67> 820: Inline mixer 821: Twisted blade 1 <68> 822: Twisted blade 2 823: Twisted blade 3 <69> 824: Twisted blade 4 830: Valve <70> 831: Check valve 840: Branched tube <71> 842: Branched passageway 850: Packing

[Best Mode]

<72> In an embodiment of the present invention, a hair dyeing device includes a motor driven by a power source (battery) and controlled by a switch, a pump driven by the motor and discharging dyes by sucking dyes from the dye container and dispensing the dyes to a tube connected to a tine body, wherein the hair dyeing device further includes an inline mixer that is fitted in a joined passage way connected to passageways 810 from output ports of the pump 800 to mix the dyes collected in the joined passageway, a manifold 200 that is aligned with a passageway 811 between the inline mixer and the tine body 150 to uniformly dispense the dye mixture to comb teeth holes 152.

<73> A multi-channel fluid equal dispensing manifold using a multi-channel fluid equal dispensing method, in which the manifold is disposed between the pump 800 and comb teeth and distances D from an input port Hi of the manifold to final outputs 91o are identically defined so that resistances from the input port Hi to the final output ports 91o become same as each other, and having a single-step multi layer characteristic, in which the output ports (12; 13, 22;23 in Fig. 11) for the equal dispense become a unit step, a plurality of the unit steps (10, 20, and 30 in Fig. 11) are stacked on one another so that the fluid resistances and distances (D12:D13, D22:D23, D32:D33:D34, D42:D43, D52:D53) from the input ports (Hi, 21, 31) of each step to the output ports (12, 13, 22, 23, 32, 34, 42, 43, 52, 53) become same as each other and the fluid can be equally dispensed to the final output ports, is used.

<74> A mu1ti-channe1 fluid equal dispensing manifold having a multi-step single layer (Figs. 13 and 14) characteristic, in which the output ports (22;23, 32:33, 42:43, 52:53) for the equal dispense become a unit step, a plurality of the unit steps (10, 20, and 30 in Fig. H) are stacked on one another so that the fluid resistances and distances (D12:D13, D22:D23, D32:D33:D34, D42:D43, D52:D53) from the input ports (Hi, 21, 31) of each step to the output ports (22:23, 32:33:34, 42:43, 52:53) become same as each other and the fluid can be equally dispensed to the final output ports, is used.

<75> The dyes in the dye container 400 and sucked by the pumps 800 are respectively directed to the passageways 810 connected to the output ports of the pumps 800, meet each other at the joined passageways 811 between the pumps 800 and the comb teeth 151, and are mixed with each other by the inline mixer 820 having twisted blades 821, 822, 823, and 824 that are continuously connected to each other at an angle A.

<76> The hair dyeing device may further include a branched tube by which a branched passageway 842 is branched off from the joined passageway 811 between the pumps 800 and the comb teeth 152, a valve 830 is assembled in the branched passageway 842, washing water is directed to the joined passageway 811 between the pumps 800 and the comb teeth 151 through the valve 830. <77> The hair dyeing device may further include a check valve 831 applied to the valve 830 assembled in the branched passage 842.

<78> According to another embodiment of the present invention, a hair dyeing device includes a motor driven by a power source (battery) and controlled by a switch, a pump driven by the motor and discharging dyes by sucking dyes from the dye container and dispensing the dyes to a tube connected to a tine body. At this point, the hair dyeing device further includes a frame 350 functioning as a support that contacts an inner wall of a body 300 of the hair dyeing device to position and align the pumps 800 and the motor in the body 300.

<79> According to still another embodiment of the present invention, a hair dyeing device includes a motor driven by a power source (battery) and controlled by a switch, a pump driven by the motor and discharging dyes by sucking dyes from the dye container and dispensing the dyes to a tube connected to a tine body. At this point, the hair dyeing device further includes a strainer 510 assembled with a passageway 810 to prevent residues from being introduced into the pumps 800 or the passageway 810. The mesh may be formed in a semispherical shape, a cone shape, or a disk shape. The cone shape is preferable.

<80> The strainer is fitted in the passageway in a state where it is assembled with an adaptor 500.

<8i> According to still yet another embodiment of the present invention, a hair dyeing device includes a motor driven by a power source (battery) and controlled by a switch, a pump driven by the motor and discharging dyes by sucking dyes from the dye container and dispensing the dyes to a tube connected to a tine body. At this point, the hair dyeing device further includes a head 100 having a bracket 110 having a shaft support 130, a peripheral portion of the shaft support 130 is cut away to enlarge a shaft support hole 131, the bracket 110 is fitted around a shaft 330 of a body 300, the cut-way portion of the shaft support 130 is fitted in its initial location, thereby assembling the had 100 to the body 300. <82> According to still yet another embodiment of the present invention, a hair dyeing device includes a motor driven by a power source (battery) and controlled by a switch, a pump driven by the motor and discharging dyes by sucking dyes from the dye container and dispensing the dyes to a tube connected to a tine body. At this point, a passageway 810 extending to an adaptor 500 disposed out of a body 300 further extends to pass through a tube support 140 of an apron 310 and the passageway 810 further extends to an input port of the pump 800 disposed in the body 300.

<83> The passage way 810 extending to the adaptor 500 disposed out of the body 300 passes through a tube support partition 312 fitted in the tube support 140 of the apron 310.

<84> According to still yet another embodiment of the present invention, a hair dyeing device includes a motor driven by a power source (battery) and controlled by a switch, a pump driven by the motor and discharging dyes by sucking dyes from the dye container and dispensing the dyes to a tube connected to a tine body. At this point, the hair dyeing device further includes a timer connected to the power source.

<85> According to still yet another embodiment of the present invention, a hair dyeing device includes a motor driven by a power source (battery) and controlled by a switch, a pump driven by the motor and discharging dyes by sucking dyes from the dye container and dispensing the dyes to a tube connected to a tine body. At this point, the hair dyeing device further includes a hinge having a shaft 330 formed by extending both sides of an end of the body 300 enclosing components of the hair dyeing device and a bracket assembled that is capable of rotating around an axis of the body 300 and is mounted on the hinge, wherein the tine body 150 is assembled with the bracket, thereby making it possible to fold the hair dyeing device.

<86> The body is provided with a shelf support 338 in which a shelf 520 is fitted to be capable of being replaced, thereby making it possible to replace the adaptor 500 at an outside of a housing without disassembling the body 300 and the tine body 150 and to replace the shelf 520 fitted in the adaptor 500. <87> The hair dyeing device may further include a replaceable shelf that will be fitted in the shelf support 338 at the outside of the body 300 enclosing the components of the hair dyeing device.

<88> The adaptor 500 is replaceably fitted in the shelf 520 and inclined at an angle of 1-89 degrees with respect to a center line of the body so that the dye container 400 can be inclined toward a handle of the body 300.

<89> The hair dyeing device may further include a replaceable adaptor that will be replaced with the adaptor fitted in the shelf 520 so that a variety of dye container having different sizes and shapes can be replaced.

<90> In order to align components in the body 300, a frame for aligning and fixing the components installed in the body 300, a rib is formed on the frame 350 so that the rib can support the components aligned in the body, the frame is supported on both walls of the body 300, wherein, in order to form parting lines of the body 300, the apron 310, and the end 320 are formed as the shortest parting lines of the body 300 rather than a long parting lines formed in a central axis of the body, the body 300 is formed in a canister type such that the body 300, the apron 310, and the end 320 are separated in a perpendicular direction to a central axis direction of the body, are subsequently separated in a perpendicular direction to the central axis direction along a vertex of a curved parting surface where no under cut is formed to eject molded products.

<9i> According to still yet another embodiment of the present invention, a hair dyeing device includes a motor driven by a power source (battery) and controlled by a switch, a pump driven by the motor and discharging dyes by sucking dyes from the dye container and dispensing the dyes to a tube connected to a tine body. At this point, a dye container 400 containing different dyes that are not mixed is fitted in a replaceable adaptor 500 disposed at an outside of a body, passageways formed in the adaptor 500 are connected to input ports of the respective pumps, the dyes sucked from the dye container by the pumps 800 are directed to the passageways 810, the passageways 810 are joined together at a joined passageway, the dyes meets at the joined passageway 811, the dyes are mixed by an inline mixer 820 assembled in the joined passageway, the dye mixture is directed to comb teeth holes 152 through a manifold 200 connected to the joined passageway 811.

<92> The joined passageway goes out through a hole of a tube support 140 of the body 300 and comes in through a hole of the tube support 140 of the bracket 110 to be fitted in a nipple of the manifold 215.

<93> Since the adaptor fitted in the shelf can be replaced at an outside of the body, the various dye containers having different sizes and shapes can be selectively used.

<94> The packing is fitted between the body 300 and the apron 310 (see Fig. 21), the packing 850 is fitted between the body 300 and the end 320 (see Fig. 22), the 0-ring 850 is fitted around the screws of the apron 310 and the end 320 (see Fig. 23), and the washer is inserted around the screw 860 (see Fig. 24). Therefore, the air-tightness can be securely realized on the body 300.

<95> The both sides of the body 300 extend to function as the tube support 140 of Fig. 19 and thus the joined passageway 811 is fully air-tightened at an outer side. In addition, the tube support 140 is formed on the apron 300 of Fig. 20 and the tube support packing 312 is fitted in the tube support, the passageway 810 is fully air-tightened at an inside of the body 300.

<96> The both sides of the body 300 extend to function as the shaft 333 of Fig. 19 and the shaft support 130 is cut away from the bracket 110 of the head 100 of Fig. 10. Therefore, the head 100 can be easily assembled and has a folding function.

<97> The body 300 is processed to have curved lines and curved surfaces and thus the outer appearance is improved and it can be grasped by hands.

Claims

[CLAIMS] [Claim 1] <99> A hair dyeing device comprising:

<ioo> a motor driven by a power source (battery) and controlled by a switch, a pump driven by the motor and discharging dyes by sucking dyes from the dye container and dispensing the dyes to a tube connected to a tine body,

<ioi> wherein the hair dyeing device further comprises an inline mixer that is fitted in a joined passage way connected to passageways 810 from output ports of the pump 800 to mix the dyes collected in the joined passageway, a manifold 200 that is aligned with a passageway 811 between the inline mixer and the tine body 150 to uniformly dispense the dye mixture to comb teeth holes 152. [Claim 2]

<i02> The hair dyeing device of claim 1, wherein a multi-channel fluid equal dispensing manifold using a multi-channel fluid equal dispensing method, in which the manifold is disposed between the pump 800 and comb teeth and distances D from an input port Hi of the manifold to final outputs 91o are identically defined so that resistances from the input port Hi to the final output ports 91o become same as each other, and having a single-step multi layer characteristic, in which the output ports (12; 13, 22;23 in Fig. 11) for the equal dispense become a unit step, a plurality of the unit steps (10, 20, and 30 in Fig. 11) are stacked on one another so that the fluid resistances and distances (D12:D13, D22:D23, D32:D33:D34, D42:D43, D52:D53) from the input ports (Hi, 21, 31) of each step to the output ports (12, 13, 22, 23, 32, 34, 42, 43, 52, 53) become same as each other and the fluid can be equally dispensed to the final output ports, is used. [Claim 3]

<i03> The hair dyeing device of claim 2, wherein a multi-channel fluid equal dispensing manifold having a multi-step single layer (Figs. 13 and 14) characteristic, in which the output ports (22;23, 32:33, 42:43, 52:53) for the equal dispense become a unit step, a plurality of the unit steps (10, 20, and 30 in Fig. 11) are stacked on one another so that the fluid resistances and distances (D12:D13, D22:D23, D32:D33:D34, D42:D43, D52:D53) from the input ports (Hi, 21, 31) of each step to the output ports (22:23, 32:33:34, 42:43, 52:53) become same as each other and the fluid can be equally dispensed to the final output ports, is used. [Claim 4]

<iO4> The hair dyeing device of claim 1, wherein the dyes in the dye container 400 and sucked by the pumps 800 are respectively directed to the passageways 810 connected to the output ports of the pumps 800, meet each other at the joined passageways 811 between the pumps 800 and the comb teeth 151, and are mixed with each other by the inline mixer 820 having twisted blades 821, 822, 823, and 824 that are continuously connected to each other at an angle A. [Claim 5]

<i05> The hair dyeing device of claim 1, further comprising a branched tube by which a branched passageway 842 is branched off from the joined passageway 811 between the pumps 800 and the comb teeth 152, a valve 830 is assembled in the branched passageway 842, washing water is directed to the joined passageway 811 between the pumps 800 and the comb teeth 151 through the valve 830. [Claim 6]

<iO6> The hair dyeing device of claim 1, further comprising a check valve 831 applied to the valve 830 assembled in the branched passage 842. [Claim 7]

<iO7> A hair dyeing device comprising:

<i08> a motor driven by a power source (battery) and controlled by a switch, a pump driven by the motor and discharging dyes by sucking dyes from the dye container and dispensing the dyes to a tube connected to a tine body,

<iO9> wherein the hair dyeing device further comprises a frame 350 functioning as a support that contacts an inner wall of a body 300 of the hair dyeing device to position and align the pumps 800 and the motor in the body 300. [Claim 8]

<iio> A hair dyeing device comprising:

<iπ> a motor driven by a power source (battery) and controlled by a switch, a pump driven by the motor and discharging dyes by sucking dyes from the dye container and dispensing the dyes to a tube connected to a tine body,

<U2> wherein the hair dyeing device further comprises a strainer 510 assembled with a passageway 810 to prevent residues from being introduced into the pumps 800 or the passageway 810. [Claim 9]

<ii3> The hair dyeing device of claim 8, wherein the strainer is fitted in the passageway in a state where it is assembled with an adaptor 500. [Claim 10]

<ii4> A hair dyeing device comprising:

<ii5> a motor driven by a power source (battery) and controlled by a switch, a pump driven by the motor and discharging dyes by sucking dyes from the dye container and dispensing the dyes to a tube connected to a tine body,

<ii6> wherein the hair dyeing device further comprises a head 100 having a bracket 110 having a shaft support 130, a peripheral portion of the shaft support 130 is cut away to enlarge a shaft support hole 131, the bracket 110 is fitted around a shaft 330 of a body 300, the cut-way portion of the shaft support 130 is fitted in its initial location, thereby assembling the had 100 to the body 300. [Claim 11]

<ii7> A hair dyeing device comprising:

<ii8> a motor driven by a power source (battery) and controlled by a switch, a pump driven by the motor and discharging dyes by sucking dyes from the dye container and dispensing the dyes to a tube connected to a tine body,

<ii9> wherein a passageway 810 extending to an adaptor 500 disposed out of a body 300 further extends to pass through a tube support 140 of an apron 310 and the passageway 810 further extends to an input port of the pump 800 disposed in the body 300. [Claim 12]

<i20> The hair dyeing device of claim 11, wherein the passage way 810 extending to the adaptor 500 disposed out of the body 300 passes through a tube support partition 312 fitted in the tube support 140 of the apron 310. [Claim 13]

<i2i> A hair dyeing device comprising:

<i22> a motor driven by a power source (battery) and controlled by a switch, a pump driven by the motor and discharging dyes by sucking dyes from the dye container and dispensing the dyes to a tube connected to a tine body,

<i23> wherein the hair dyeing device further comprises a timer connected to the power source. [Claim 14]

<124> A hair dyeing device comprising:

<i25> a motor driven by a power source (battery) and controlled by a switch, a pump driven by the motor and discharging dyes by sucking dyes from the dye container and dispensing the dyes to a tube connected to a tine body,

<i26> wherein the hair dyeing device further comprises a hinge having a shaft 330 formed by extending both sides of an end of the body 300 enclosing components of the hair dyeing device and a bracket assembled that is capable of rotating around an axis of the body 300 and is mounted on the hinge, wherein the tine body 150 is assembled with the bracket, thereby making it possible to fold the hair dyeing device. [Claim 15]

<127> The hair dyeing device of claim 14, wherein the body is provided with a shelf support 338 in which a shelf 520 is fitted to be capable of being replaced, thereby making it possible to replace the adaptor 500 at an outside of a housing without disassembling the body 300 and the tine body 150 and to replace the shelf 520 fitted in the adaptor 500. [Claim 16]

<i28> The hair dyeing device of claim 15, further comprising a replaceable shelf that will be fitted in the shelf support 338 at the outside of the body 300 enclosing the components of the hair dyeing device. [Claim 17]

<i29> The hair dyeing device of claim 16, wherein the adaptor 500 is replaceably fitted in the shelf 520 and inclined at an angle of 1-89 degrees with respect to a center line of the body so that the dye container 400 can be inclined toward a handle of the body 300. [Claim 18]

<13O> The hair dyeing device of claim 16, further comprising a replaceable adaptor that will be replaced with the adaptor fitted in the shelf 520 so that a variety of dye container having different sizes and shapes can be replaced. [Claim 19]

<i3i> The hair dyeing device of claim 14, wherein, in order to align components in the body 300, a frame for aligning and fixing the components installed in the body 300, a rib is formed on the frame 350 so that the rib can support the components aligned in the body, the frame is supported on both walls of the body 300, wherein, in order to form parting lines of the body 300, the apron 310, and the end 320 are formed as the shortest parting lines of the body 300 rather than a long parting lines formed in a central axis of the body, the body 300 is formed in a canister type such that the body 300, the apron 310, and the end 320 are separated in a perpendicular direction to a central axis direction of the body, are subsequently separated in a perpendicular direction to the central axis direction along a vertex of a curved parting surface where no under cut is formed to eject molded products. [Claim 20]

<i32> A hair dyeing device comprising:

<133> a motor driven by a power source (battery) and controlled by a switch, a pump driven by the motor and discharging dyes by sucking dyes from the dye container and dispensing the dyes to a tube connected to a tine body, <134> wherein a dye container 400 containing different dyes that are not mixed is fitted in a replaceable adaptor 500 disposed at an outside of a body, passageways formed in the adaptor 500 are connected to input ports of the respective pumps, the dyes sucked from the dye container by the pumps 800 are directed to the passageways 810, the passageways 810 are joined together at a joined passageway, the dyes meets at the joined passageway 811, the dyes are mixed by an inline mixer 820 assembled in the joined passageway, the dye mixture is directed to comb teeth holes 152 through a manifold 200 connected to the joined passageway 811. [Claim 21]

<i35> The hair dyeing device of claim 20, wherein the joined passageway goes out through a hole of a tube support 140 of the body 300 and comes in through a hole of the tube support 140 of the bracket 110 to be fitted in a nipple of the manifold 215.