KR100744661B1 - A device for mixing hairdye using rotation measure - Google Patents

Abstract

A dyeing device for mixing hairdyes using a rotation unit is provided to mix and spray hairdyes conveniently by rotation of the rotation unit without a separate handle operation or power. A dyeing device includes: a main body(10) having plural storage rooms(12); a mixing unit for mixing plural hairdyes by being coupled to the storage rooms; and a spray part(60) for spraying the hairdye outside. The mixing unit comprises a mixing part(30) and a rotation unit(80). The mixing part includes plural connection holes(32) of which entrances in the front are connected to correspond to exit parts of the storage rooms, and exits in the rear are combined by being respectively extended, a receiving groove having a mixing receiving space of the hairdyes, and a shaft formed on the center of the receiving groove. The rotation unit mixes the hairdyes while rotating by being inserted into the shaft of the mixing part.

Description

A dyeing apparatus for mixing hair dye using a rotating means {A device for mixing hairdye using rotation measure}

1A and 1B are cross-sectional views showing an operating state of a conventional dyeing apparatus.

Figure 2 is an exploded perspective view of the dyeing apparatus according to the present invention.

Figure 3 is a side cross-sectional view of the dyeing apparatus according to the present invention.

Figure 4 is a perspective view of the storage unit of the dyeing apparatus according to the present invention.

5a and 5b are perspective views showing the front and rear of the holder of the dyeing apparatus according to the present invention.

6a and 6b are perspective views showing the front and rear of the mixing portion of the dyeing apparatus according to the present invention.

7a and 7b are perspective views showing the front and rear of the cap of the dyeing apparatus according to the present invention.

8 is a perspective view of the injection unit of the dyeing apparatus according to the present invention.

<Description of Symbols for Major Parts of Drawings>

10: main body 12: storage compartment

12a: (Storage) entrance 14: O-ring

16: step 18: head

20: Holder 20a: (holder) front

20b: (holder) rear 22: insertion hole

24: engaging groove 26: engaging projection

30: mixing part 30a: (mixing part) front

30b: (Mixed part) Back 32: Connecting hole

34: receiving groove 36: shaft

40: Cap 40a: (cap) front

40b: (cap) rear 42: connector

44: locking projection 46: pressing means

50: nozzle

60: injection portion 62: cone holder

64: brush 66: injection passage

68: injection hole 69: coupling groove

70: base 80: rotating means

The present invention relates to a device for mixing and spraying two or more dyes used to dye hair and the like.

In general, to dye hair, a first hair dye and a second oxidizing agent such as hydrogen peroxide are used. In particular, the hair dye has 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 the case described above, there is inconvenience in handling that the hair dye and the oxidant must be separately stored and stored in each container, and troublesome use of these dyes by mixing them at a certain ratio during dyeing. There is a problem that can not be reused due to oxidation and can not be used.

On the other hand, as a way to solve the various problems caused by the separate storage and use of the dyeing agent is a hair dye mixed spraying apparatus for storing the dyeing agent and the oxidizing agent in each case in one case, mixed and sprayed by a spray means It is described variously.

Conventional techniques for the mixed spray device as described above are well shown in the Republic of Korea Utility Model Publication No. 20-2002-0008524 "hair dye mixing equipment".

The technology described in Republic of Korea Utility Model Publication No. 20-2002-0008524

In one container 100, the first and second dyes are separately stored in the compartments 102 and 103, respectively, and the separated and stored first and second dyes are extruded by the operation of the rotary control unit 110. It is configured to be used to mix and discharge into the mixing tool 140 after being collected into the mixing chamber 130 through the).

The prior art as described above has the advantage that it is possible to separate and store the first and second dyeing agents in one container, and to use the handle manipulation to extrude and mix the dyeing agents at the same time, thereby making it easier and more convenient to use. The following problems exist.

First of all, the conventional technique is that when the handle 100 is rotated in one direction (counterclockwise) by holding the container 100 with one hand and rotating the handle 114 installed on the handle shaft 112 of the rotary operation unit 110 with the other hand, The drive gear 116 provided at the other end of the 112 is rotated in the same direction, and at the same time, the gear wheels 122 and 124 meshed with the drive gear 116 are rotated in one direction (clockwise).

Accordingly, the ratchet rods 126 and 128 extending into the compartments 102 and 103 are rotated by the rotation operation of the gear wheels 122 and 124, and the pistons 150 and 152 installed in the ratchet screws 129a and 129b are rotated into the compartments 102 and 103. While gradually moving downwards), the first and second dyeing agents respectively accommodated therein are extruded, and in more detail, the first and second agents are extruded by the extrusion operation of the respective pistons 150 and 152. It is introduced through the space and is simultaneously extruded into the mixing chamber 130 to which the transfer pipes 170 and 172 are connected through the interior of the ratchet rods 126 and 128 and the upper caps 160 and 162 of the respective compartments 102 and 103.

The first and second agents extruded into the mixing chamber 130 by the mixing member 180 rotated in one direction by the valve 182 being rotated at the same time as the handle 114 of the rotation manipulation unit 110 is operated. The mixture is evenly mixed and discharged through the conveying passage 192 of the mixing tool 190, and the mixed dye is applied to the hair by applying it to a comb or a brush to dye the hair.

Therefore, since the conventional technology is a structure in which the user rotates the handle 114 installed in the handle shaft 112 in one direction (counterclockwise), the user has to operate the handle one by one.

In addition, the dye may be introduced between the threads of the drive gear by the method of mixing the dye by the rotational force of the drive gear 116, it is difficult to easily mix the dye by the rotation of the screw thread of the drive gear.

The present invention has been proposed to solve the above problems,

First, an object of the present invention is to provide a device for spraying a mixture of the dye without a separate handle operation or power.

A main body having a plurality of storage compartments for separating and accommodating a plurality of dyes therein according to the present invention for achieving the above object, connected to a storage compartment of the main body, mixing means for mixing a plurality of dyes, and the mixing means; In the dyeing apparatus consisting of a spraying unit is connected to the injection passage connected to the inside to spray the dye to the outside, the mixing means, a plurality of connection holes are formed, the inlet portion of the plurality of connection holes formed on the front of the outlet portion of the plurality of storage chambers And outlet portions of the plurality of connection holes formed on the rear surface thereof are extended to be joined to each other to form a receiving groove having a mixing accommodation space of the dye, and a central portion of the receiving groove has a shaft formed therein; Rotating means for mixing the dye flowed into the receiving groove through the outlet of each connection hole by being inserted into the axis of the rotation; It consists of a characteristic configuration.

First, the dye used in the specification of the present invention will be described.

The dyeing agent consists of a first agent and a second agent, the first agent is composed of p-phenylenediamine, m-aminophenol resorcin, p-aminophenol, the second agent is hydrogen peroxide, the first agent And the second agent is to mix the human LPG.

Hereinafter, a detailed configuration of the present invention will be described with reference to the accompanying drawings.

The dyeing apparatus for mixing the dye using the rotating means 80 according to the present invention is basically a body 10, holder 20, mixing unit 30, rotating means (shown in Figures 2 and 3) 80), the cap 40, the nozzle 50, the injection unit 60 and the pedestal 70 and the like.

The main body 10 has a predetermined shape, as shown in Figure 4, preferably made of a cylindrical or rectangular cylinder so that the user can easily hold and use, there is a separate space therein to separately accommodate a plurality of dyes therein A plurality of storage chambers 12 having are formed, preferably consisting of two storage chambers 12.

The dyeing agent is injected into the storage chamber 12 of the main body 10, and the entrance and exit 12a of the storage chamber 12, which is opened when the device is coupled and operated to serve as a moving passage of the dyeing agent, is provided on one side of the main body 10. Each of them protrudes by a predetermined length so that they can be inserted into the insertion hole 22 of the holder 20, which will be described later, and the O-ring 14 is inserted into the outer periphery of the protruding inlet / outlet 12a. The airtightness with the insertion hole 22 is maintained.

Here, the head 18 is installed at the inlet and outlet of the main body, the head 18 is installed so as to be accessible from the inlet and outlet, the spray injector in which the liquid or gas in the storage chamber is injected by the pumping action when pressed by an external force Or it applies the principle of butane gas inlet and outlet, which is a well-known configuration so detailed description is omitted.

That is, the head 18 is formed to penetrate the insertion hole of the holder and to be inserted into the connection hole in the front of the mixing unit 30 to be described later by a predetermined length.

Therefore, when the head 18 is pressurized, the dyeing agent inside the storage chamber is sprayed through a through hole formed in the head 18, and the dyeing agent can be sprayed and stopped by pressing and releasing the pressing means described later. To be.

Here, the structure for pressing the head 18 is to press the pressing means of the cap integrally formed with the mixing section 30 toward the storage chamber 12, the connection hole 32 of the rear surface 30b of the mixing section 30 The head 18 inserted therein is pressed, and the dye is distributed to the accommodation groove 34 of the mixing part 30 through the connection hole through the hole of the head 18.

Here, the stepped portion 16 is formed on the outer circumference of the main body 10, and one side of the cone holder 62 of the injection unit 60, which will be described later, is inserted into the main body 10 and the injection unit 60 to be pressed together. It is possible to combine the methods.

Is inserted into the inlet and outlet (12a) portion of the storage compartment 12 of the main body 10, by being combined with the main body 10 is provided with a holder 20 for stably moving the dye in the storage compartment 12, Holder 20 is formed in the shape of an elliptic cylinder or a rectangular cylinder with the front and rear surfaces open.

In addition, as shown in FIGS. 5A and 5B, the holder 20 has a plurality of insertion holes 22 formed of walls having respective independent spaces, and the entrance 20 of the insertion hole 22 is formed at the front surface 20a. The outlet portions of the plurality of storage chambers 12 are respectively inserted and placed in the portions.

Here, when the outlet portion of the storage compartment 12 is inserted into the inlet of the insertion hole 22 formed in the front of the holder 20, the outlet portion of the storage compartment 12 so as not to leave any more toward the rear surface 20b direction. The outlet portion of the insertion hole 22 of 20b is formed smaller in diameter than the inlet portion of the insertion hole 22 of the front surface 20a. This can be implemented by forming the stepped hole 16 with the center thereof at the outlet of the insertion hole 22 of the rear surface 20b.

In addition, when the mixing unit 30 is in contact with the rear surface 20b of the holder, one or more locking grooves 24 are further formed on the outside of the contact surface of the mixing unit, and the locking protrusion of the front surface 40a of the cap 40 to be described later. It acts in conjunction with (44).

As described above, the dye inlet and outlet 12a and the head 18 of the storage chamber 12 of the main body 10 are inserted into the holder 20 and correspond to the rear surface 20b of the holder 20 to mix the dyeing agent. The mixing part 30 which is a part is provided.

The mixing part 30 is the front surface (30a) is in contact with the back surface 20b of the holder 20, as shown in Figure 6a and 6b in the shape of an elliptical cylinder or a rectangular cylinder, a plurality of The connection hole 32 is formed.

Accordingly, the outlet portions of the plurality of insertion holes of the rear surface 40b of the cap 40 and the outlet portions of the plurality of connection holes 32 are respectively connected to the front surface 30a of the mixing portion 30, and the mixing The rear surface 30b of the portion 30 extends from each of the outlet portions of the plurality of connection holes 32 and merges with each other to form a receiving groove 34 having a receiving space of the dye.

Here, the connecting hole 32 and the receiving groove 34 of the rear surface 30b of the mixing portion 30 are formed to be inclined at a predetermined angle with each other, as shown in FIG. 6B, that is, the receiving groove 34 from the connecting hole 32. Downhill road), the dyeing agent can be smoothly moved to the receiving groove 34 by the downhill, the shaft 36 is formed in the central portion of the receiving groove (34).

In the state configured as described above, the rotation means 80 is inserted into the shaft 36.

The rotating means 80 is usually made of gears, propellers, etc., it may be made of any if possible to mix two or more dyes across the dyeing agent during rotation.

The rotating means 80 is formed of a rotating shaft and a plurality of wings formed on the outer periphery of the rotating shaft. Here, the rotating shaft is formed with a hole along the longitudinal direction of the shaft 36 to be inserted into the shaft 36 of the receiving groove (34).

In this case, when the connection holes 32 are formed of two pieces, the connection holes 32 are formed at intervals of 180 ° to each other in order to give the maximum rotation moment to the rotation means 80, and in the case of three connection holes 32, 120 ° to each other. It is formed at intervals of.

Accordingly, when a plurality of dyes are injected from the connecting hole 32, the blade of the rotating means 80 is pressed by the gas pressure of the gas mixed in the plurality of dyes, the rotating means 80 by the pressing force of the blades As they rotate, the blades mix by plunging a plurality of dyes together.

The cap 40 is provided to seal the rear surface 30b of the mixing portion 30 in which the accommodation groove 34 is formed.

The cap 40 has a cylindrical shape as shown in FIGS. 7A and 7B, one or more through-holes are formed, and the front surface 40a is coupled to the rear surface 30b of the mixing portion 30 so that the mixing portion ( 30 is sealed and a locking protrusion 44 is formed to be inserted into the locking groove 24 of the holder 20 along the edge of the front surface 40a.

As a result, the front surface 30a of the mixing portion 30 is in contact with the rear surface 20b of the holder 20, and the edge of the cap 40 coupled to the rear surface 30b of the mixing portion 30. The locking protrusion 44 is coupled to the locking groove 24 of the rear surface 20b of the holder 20 so that the holder-mixing portion-cap is fixed integrally with each other.

Wherein the outer periphery of the holder 20, the engaging projection 24 is formed on both sides, the inner side of the cone holder 62 is formed with a coupling groove 69 corresponding to the engaging projection 26, the cone holder Holders 20 may be supported and fixed to 62.

And the back (40b) of the cap 40 is provided with a connection pipe 42 for moving the dyeing agent of the receiving groove 34 to the nozzle 50, the connection pipe 42 is the through hole of the cap 40 Is connected to, and the dyeing agent of the receiving groove 34 has a structure that flows into the connecting pipe 42 of the rear surface 40b of the cap 40 through the through hole.

In this case, the rear surface 40b of the cap 40 is provided with a pressing means for contacting the connecting pipe and applying pressure in the longitudinal direction of the main body by a user's manipulation.

Accordingly, when the pressing means is pressed in the longitudinal direction of the main body, the head 18 installed at the inlet and outlet of the storage chamber is pressed, and the dyeing agent inside the storage chamber is pressed through the opening of the head 18 by the pressing of the pressed head 18. Sprayed, the insertion hole 22 of the holder 20, the connecting hole 32 of the mixing section 30, the receiving groove 34 of the mixing section 30, the connecting pipe 42 of the cap 40 The dye will be moved through.

In addition, the connection pipe 42 and the nozzle 50 for connecting the injection passage 66 of the injection unit 60 that is a portion for injecting the dye is provided with.

Here, the nozzle 50 is configured to be moved to one side and the other side by inserting the other end into the injection passage while maintaining the airtightness between the injection passage and the connection pipe even in the longitudinal pressure of the main body of the pressing means.

The injection unit 60, which is connected to the nozzle 50 and sprays the dye, is composed of a brush 64 and a cone holder 62.

The brush 64 is a front surface is formed with a brush for applying a dye to the user's hair as shown in Figures 3 and 8, between the brush is formed with an injection hole 68 which is a hole in which the dye is sprayed The rear side of the brush 64 is formed with an injection passage 66 connected to the injection hole 68 and leading to the cone holder 62.

The cone holder 62 is formed in a cone shape, integrally with the brush formed with the injection hole 68 in conjunction with the injection passage 66, the cone holder 62 is a step 16 of the main body 10 It is coupled to the main body 10 by being coupled to. Accordingly, the mixing part 30, the cap 40, and the holder 20 are configured to be embedded in the cone holder 62.

Therefore, the mixed dye introduced through the nozzle 50 flows into the injection passage 66 of the injection unit 60 and is injected through the injection hole 68 to enable the dye to be sprayed onto the hair of the user.

And one side of the main body 10 is formed with a pedestal 70 to facilitate the storage of the main body 10, to prevent the fall.

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

First, a dye, that is, a first agent and a second agent, in which gas is mixed, is injected into the storage chamber 12 through the inlet and outlet 12a of the storage chamber 12 of the main body 10, respectively.

Next, when the pressing means is pressed, the cap and the mixing portion are integrally pressed to press the head 18 of the inlet and outlet 12a of the storage chamber 12, and the dyeing agent stored in the storage chamber 12 is sprayed, and the holder 20 is sequentially ) Is connected to the insertion hole 22 of the mixing portion 30, the connecting hole 32 of the mixing portion 30, the receiving groove 34 of the mixing portion 30, and the shaft of the receiving groove 34 by the gas pressure mixed in the dyeing agent. Rotating means 80 is inserted into it is rotated and the dye is mixed with each other.

Next, the mixed dye is sprayed in the form of a mousse by the gas mixed in the dye to the user's hair through the connecting pipe 42 and the injection passage 66, the brush 64 of the cap 40.

According to the present invention by the above configuration,

First, the present invention is to mix a separate gas to the dyeing agent, by rotating the rotating means by the gas pressure, the dyeing agent is automatically mixed to be discharged in the form of a mousse, simply without the need for a separate power and operation There is an effect that can be mixed.

Secondly, the present invention has an effect of stably fixing the outlet and the mixing part of the storage compartment of the main body by providing a holder between the main body and the mixing part.

Third, an O-ring is inserted into the outer circumference of the outlet of the storage compartment of the main body, thereby preventing leakage between the storage compartment outlet and the mixing portion.

Fourth, by forming a locking projection along the front edge of the cap to seal the rear of the mixing portion to be mixed with the dyeing agent, the cap and the holder is firmly fixed by inserting and fixing in the locking groove of the holder, due to the rotational force of the rotating means of the mixing portion There is an effect of preventing each component of the device from being spaced apart or separated from each other by fine motion.

Fifth, the pedestal is formed on one side of the main body, so that it can stand up when the main body is stored, there is an effect that does not fall easily on the outside shake.

Claims (7)

A main body having a plurality of storage compartments for separating and accommodating a plurality of dyes therein, a mixing means connected to the storage compartment of the main body, for mixing a plurality of dyes, and an injection passage connected to the mixing means are connected to the inside of the dyeing agent. In the dyeing device consisting of a spray unit for spraying to the outside, The mixing means, A plurality of connection holes are formed, and the inlet portions of the plurality of connection holes formed on the front side are connected to correspond to the outlet portions of the plurality of storage chambers, and the outlet portions of the plurality of connection holes formed on the rear side thereof extend and merge with each other to form a mixed accommodation space of the dye. Comprising a receiving groove having a central portion of the receiving groove, the shaft is formed in the mixing portion; and the rotation means for mixing the dyeing agent introduced into the receiving groove through the outlet of each connection hole by rotating inserted into the shaft of the mixing portion; A dyeing apparatus for mixing the dye using a rotating means characterized in that. The method of claim 1, The plurality of connection holes formed in the mixing part and circulating the dyeing agent to the receiving groove are disposed around the receiving groove at an angle having a maximum separation distance from each other to give the maximum rotation moment to the rotating means inserted into the shaft of the receiving groove. The dyeing apparatus for mixing the dye using the rotating means characterized in that to double the rotational speed of the rotating means. The method of claim 1, And a head for pumping and spraying the gas inside the storage chamber when the inlet and outlet of the storage chamber are pressurized. The method according to any one of claims 1 to 3, Between the storage compartment and the mixing section, A plurality of insertion holes are formed, and a plurality of storage holes at the inlet portion of the plurality of insertion holes on the front surface The outlet portion of the seal corresponding to each other is inserted and placed, the holder corresponding to the front of the mixing portion in contact with the mixing portion at least one holder is formed on the outer side of the contact surface in contact with; The header of the outlet of the storage compartment and the connection hole of the mixing section are formed by the insertion hole of the holder. Dyeing apparatus for mixing the dye using a rotating means characterized in that the call circulation is connected. The method of claim 4, wherein Between the mixing section and the injection section A through hole is formed, and a front surface of the rear side of the mixing portion corresponding to the rear side of the mixing portion is sealed, and a locking protrusion is formed to be inserted into and coupled to the locking groove of the holder along the front edge thereof. On the rear side, a connecting tube is installed to connect the through hole to enable the movement of the dye. The contacting tube is pressed by the user in the longitudinal direction of the main body and presses the head of the inlet and outlet of the storage compartment. A dyeing apparatus for mixing a dye using a rotating means, characterized in that the cap is provided with a pressing means for spraying the dye by spraying the dye is moved to the connecting pipe through the accommodation groove of the mixing portion. The method of claim 5, One end is connected to the connector, one end and the other end is a passage of the dyeing agent is injected by the pressing of the pressing means of the cap, the other end is connected to the injection passage of the injection portion, Rotating means further comprising; a nozzle that is coupled to one side and the other side to the other side in the inlet of the injection passage so as to maintain the airtightness with the injection passage and the connection pipe even when pressing and releasing the pressing means; Dyeing device for mixing the dye using. The method of claim 1, One side of the main body to facilitate the storage of the main body, and a pedestal for preventing the fall; dyeing apparatus for mixing the dye using a rotating means characterized in that formed.

Images