KR20210055855A - Apparatus for mixing hairdye - Google Patents

Abstract

The present invention relates to a hair dye blender capable of producing a mixed hair dye with the same color as a customer's desired color by mixing a basic color hair dye and an oxidizing agent with a stock hair dye. The hair dye blender comprises: a communication module that receives designer input information and hair dye inventory information; a recipe setting module that analyzes the designer input information and the hair dye inventory information, calculates a hair dye mixing ratio according to the analysis result, and sets a hair dye formulation recipe; a hair dye supply module that selectively supplies a stock hair dye, a basic color hair dye, and an oxidizer according to the hair dye formulation recipe; and a hair dye mixing module that generates a mixed hair dye by mixing the stock hair dye, the basic color hair dye, and the oxidizing agent supplied from the hair dye supply module.

Description

Hair dye blending machine {APPARATUS FOR MIXING HAIRDYE}

The present invention relates to a hair-dye blender, and more particularly, to a hair-dye blender capable of producing a mixed hair-dye with the same color desired by a customer by blending a hair-dye with a basic color and an oxidizing agent in a stock hair-dye.

Small and medium-sized beauty salons in Korea are operated as small businesses and private businesses, and management areas such as asset management such as inventory identification and ordering, manpower management such as recruitment and training, and marketing management such as customer service are underdeveloped and small.

In particular, domestic hair salons are often managed by a director who has grown from a hairdresser, and thus show common features that are vulnerable to the technologies of the 4th industrial revolution such as digital and IoT.

In the industry, where most of these small and medium-sized hair salons are used, beginner hair designers receive hair dye training as an apprentice according to the teachings of senior hair designers who have accumulated experience, and learn hair dye recipes empirically through practice in the field.

However, since the hair dye causes a chemical reaction with the hair and has a strong function, strict precautions are required in use such as avoiding contact with the skin, and the professional knowledge and experience of the hair designer in order to final manufacture the hair dye of the color desired by the customer. The know-how, etc. must be synthesized.

Therefore, it is very difficult for a beginner hair designer who does not have professional knowledge and know-how to create a hair dye recipe, and due to the nature of the hair dye treatment, it is difficult to check with the naked eye such as the customer's hair thickness or shape, scalp condition, moisture content, and protein content. Even if dyeing with the same hair dye according to the characteristics of individual hair, the color of the result is different, so it is virtually very difficult to fully meet the needs of the customer.

In addition, since each hairdressing salon has to possess and manage various brands of hair dyes for each brand, the cost of purchasing hair dyes increases, and it is difficult to predict consumption, so inventory management and ordering are difficult.

Republic of Korea Patent Publication No. 10-2008-0011374

The technical problem to be solved by the present invention is to create a mixed hair dye with substantially the same or no difference in color by mixing a basic color hair dye and an oxidizing agent in the stock hair dye if the color desired by the customer is similar to the hair dye in stock but is not the same. It is to provide a hair-dye blender that can be used.

In addition, the technical problem to be solved by the present invention is that it is possible to perform inventory management through inventory identification and ordering of hair dyes in possession, and stock hair dyes of basic colors used for purposes such as color control, brightness control, and reflection light control. To provide a hair-dye blender that can automate the creation of a blending recipe that blends with a hair-dye to most closely match a particular color.

In addition, the technical problem to be solved by the present invention is to create a variety of colors by blending the minimum basic color hair dye in an appropriate ratio, so that even if a hair dye of various colors is not possessed, it is created by hand-combining a hair dye that is the same as the color desired by the customer. It is to provide a hair dye blending machine that can perform various procedures while significantly reducing the burden of inventory management and inventory management caused by ordering.

The technical problem to be achieved by the present invention is not limited to the technical problems mentioned above, and other technical problems that are not mentioned can be clearly understood by those of ordinary skill in the technical field to which the present invention belongs from the following description. There will be.

In order to achieve the above technical task, a communication module for receiving designer input information and hair dye inventory information, analyzing the designer input information and the hair dye inventory information, and calculating the mixing ratio of the hair dye according to the analysis result to set a hair dye formulation recipe A recipe setting module, a hair dye supply module that selectively supplies a stock hair dye, a basic color hair dye, and an oxidizing agent according to the hair dye mixing recipe, and the stock hair dye, the basic color hair dye, and the oxidizing agent supplied from the hair dye supply module are mixed and mixed. It provides a hair-dye blender comprising a hair-dye mixing module that generates a hair-dye.

In an embodiment of the present invention, the recipe setting module checks the customer's selected color from the designer input information, checks the stock hair dye of the color most similar to the selected color from the hair dye stock information, and checks the stock hair dye, By calculating the mixing ratio of the basic color hair dye and the oxidizing agent, the hair dye formulation recipe may be set.

In an embodiment of the present invention, the hair dye supply module includes a stock hair dye supply unit that extracts the stock hair dye passed by a manager and supplies it to the hair dye mixing module by weighing according to the hair dye mixing recipe, and the basic color for each preset color. A basic color hair dye supply unit that stores the color hair dye and supplies it to the hair dye mixing module by measuring according to the hair dye mixing recipe, and an oxidizing agent supply unit that stores the oxidizing agent and supplies it to the hair dye mixing module by measuring according to the hair dye mixing recipe, And a supply control unit for controlling the supply of the stock hair dye, the basic color hair dye, and/or the oxidizing agent by comparing the stock hair dyeing agent measurement information, the basic color hair dyeing agent measurement information, and the oxidizing agent measurement information with the hair dyeing agent formulation recipe. Can include.

In an embodiment of the present invention, the hair dye supply module is a pressurizing device for applying pressure to at least one of the basic color hair dye supply unit and the oxidizing agent supply unit to discharge the basic color hair dye and the oxidizing agent under the control of the supply control unit. And an automatic stopper for controlling the discharge of the stock hair dye, the basic color hair dye, and the oxidizing agent.

In an embodiment of the present invention, the hair dye mixing module comprises: a mixing container for accommodating the stock hair dye, the basic color hair dye and the oxidizing agent, and agitating the stock hair dye, the basic color hair dye and the oxidizing agent in the mixing container. It may include a stirring member, and a mixing driver for driving the mixing container and/or the stirring member.

In an embodiment of the present invention, the hair dye blender includes the designer input information and the hair dye stock information received by the communication module, the hair dye blending recipe set in the recipe setting module, and the stock hair dye discharged from the hair dye supply module. And a display module that outputs at least one of information on discharge of the basic color hair dye and the oxidizing agent, and information on completion of mixing of the hair dye mixing module.

According to an embodiment of the present invention, if the color desired by the customer is similar to the hair dye in stock, but is not the same, the basic color hair dye and the oxidizing agent are mixed with the stock hair dye to produce a mixed hair dye that is substantially the same or has no color difference. I can.

In addition, according to an embodiment of the present invention, it is possible to perform inventory management through inventory identification and ordering of hair dyes in stock, and stock hair dyes of basic colors used for purposes such as color control, brightness control, and reflection light control. By mixing with, you can automate the creation of a formulation recipe that most closely resembles a specific color.

In addition, according to an embodiment of the present invention, it is possible to generate various colors by mixing a hair dye with a minimum basic color in an appropriate ratio, so that even if a hair dye of various colors is not possessed, a hair dye that is the same as the color desired by the customer can be created by hand. In addition, it is possible to perform various treatments while significantly reducing the burden of inventory management due to inventory identification and ordering of hair dyes.

In addition, according to an embodiment of the present invention, a blending recipe is standardized by converting products of various brands into a standardized digital color code, and a blender that automatically blends according to the blending recipe is used to reduce human error and reduce the mixing method of the hair dye. Can be standardized.

In addition, according to an embodiment of the present invention, through inventory management, it is possible to reduce disputes between owners and employees of beauty salons due to misunderstanding of the use of hair dyes, and predict the contribution to improving the profit rate as much as the reduced amount of drugs to distribute profits between the owners and employees. Can be reflected.

In addition, if the present invention is extended, it is possible to show a virtual screen after various dyeing procedures on a customer's hair photo through a dedicated app, and allow the customer to freely select a desired color and a specific brand hair dye. Through this, it is possible to minimize communication errors that often grow during the hair interview process before and after the procedure.

In addition, if the present invention is extended, it is possible to prevent damage to the customer's hair by mixing and using an optimal amount of a hair dye and an oxidizing agent according to the customer's hair length, thinness, and degree of damage, and at the same time preventing the misuse of the hair dye. It can minimize environmental pollution caused by the use of chemical products.

The effects of the present invention are not limited to the above effects, and should be understood to include all effects that can be inferred from the configuration of the invention described in the detailed description or claims of the present invention.

1 is a view showing the configuration of a hair dye blender according to an embodiment of the present invention.
2 is a view showing a detailed configuration of a hair dye supply module according to an embodiment of the present invention.
FIG. 3 is a view showing an embodiment of the hair dye supply module, the hair dye mixing module, and the display module shown in FIG. 1.

Hereinafter, the present invention will be described with reference to the accompanying drawings. However, the present invention may be implemented in various different forms, and therefore is not limited to the embodiments described herein. In the drawings, parts irrelevant to the description are omitted in order to clearly describe the present invention, and similar reference numerals are attached to similar parts throughout the specification.

Throughout the specification, when a part is said to be "connected (connected, contacted, bonded)" with another part, it is not only "directly connected", but also "indirectly connected" with another member in the middle. "Including the case. In addition, when a part "includes" a certain component, this means that other components may be further provided, not excluding other components, unless specifically stated to the contrary.

The terms used in the present specification are only used to describe specific embodiments, and are not intended to limit the present invention. Singular expressions include plural expressions unless the context clearly indicates otherwise. In the present specification, terms such as "comprise" or "have" are intended to designate the presence of features, numbers, steps, actions, components, parts, or combinations thereof described in the specification, but one or more other features. It is to be understood that the presence or addition of elements or numbers, steps, actions, components, parts, or combinations thereof does not preclude in advance.

In general, when a customer visits a beauty salon and wants a dyeing procedure, the hair designer may show the customer a color menu of products that the beauty salon deals and/or possesses. In addition, after the customer consultation (interview) is finished, the stock hair dye of the color most similar to the color selected by the customer can be selected among the stock hair dyes in stock at the beauty salon according to the customer's selected color.

Usually, it depends on the size of the beauty salon, but small and medium-sized beauty salons can have about 20 to about 30 types of products by manufacturer or brand, and small and medium-sized beauty salons have far fewer products.

If the customer's selected color is Gold Brown (Pantone Color 7.0), if you do not have a hair dye of that color, you can mix the hair dye so that it is similar to Gold Brown Code 7.36 based on a standardized code (e.g., Pantone Color). have.

For example, it is possible to mix a hair dye with a code of 7.0 and an orange hair dye with a first decimal place of X.4X, such as 12.4, 10.4, and 9.46. At this time, in the case of well-dyed hair, such as thin and powerless hair, the hair designer mixes a hair dye of 7.0 and a hair dye of X.4X in a ratio of 2:1, or in a ratio of 1:1 for thick and elastic hair. Can be performed.

In addition, when a customer chooses ash purple, which has a pale gray color, when there is no hair dye with a color code of 9.18 at the hair salon, a red tone (of the melanin pigment on Korean black hair) is added to the standard color of the ash series, 7. The hair dye of 8.11 or the hair dye of 11.1 can be mixed. At this time, if the hair dye to be mixed does not fit the desired color, the brightness (dye brighter if more oxidizing agent is used) can be adjusted by adjusting the concentration and blending amount of the oxidizing agent (3%, 6%, 9%). In this process, most hair designers set up an old-fashioned blending recipe with old experience based on minimal theory.

In order to solve the practical difficulties of such a beauty salon, in the present invention, the color code for each manufacturer or brand is replaced with a standardized code (pantone color), and the colors of each hair dye are mixed based on expert (colorist) knowledge, Regardless, most hair designers can automatically set up a hair dye formulation recipe so that they can set the optimal blending ratio.

To this end, the present invention first standardizes (converts) the hair dye possessed in the beauty salon to a standardized code (pantone color code), makes a manual hair dye formulation recipe of experienced hairdressers, and applies the basic art color theory to mix the hair dye. By automating it, you can provide satisfaction and benefits to both customers and hair designers. For example, in the present invention, a hair dye formulation recipe set by a veteran hair designer may be used or learned to make a manual, and a hair dye formulation in stock according to a customer's desired color may be mixed and processed using a manual hair dye formulation recipe.

In addition, in the present invention, the hair dye management device is used to identify the amount and inventory of the hair dye to store and/or manage the hair dye, and to process automatic order orders according to the occurrence of shortfalls.

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

1 is a view showing the configuration of a hair dye blender according to an embodiment of the present invention.

Referring to FIG. 1, a hair dye blender 10 according to an embodiment of the present invention includes a communication module 100, a recipe setting module 200, a hair dye supply module 300, a hair dye mixing module 400, and a display module 500. ) Can be included.

Specifically, the communication module 100 may receive designer input information and hair dye inventory information. To this end, the communication module 100 may communicate with the hair designer terminal 20 that transmits the designer input information and/or the hair dye management device 40 that transmits the hair dye inventory information.

The recipe setting module 200 may analyze the designer input information and the hair dye inventory information, calculate a mixing ratio of the hair dye according to the analysis result, and set and/or generate a hair dye formulation recipe.

Here, the recipe setting module 200 checks the customer's selected color from the designer input information, checks the stock hair dye of the color most similar to the selected color from the hair dye stock information, and checks the stock hair dye, the basic color hair dye, and By calculating the mixing ratio of the oxidizing agent, a recipe for mixing the hair dye may be set.

The hair dye supply module 300 may selectively supply a stock hair dye, a basic color hair dye, and an oxidizing agent according to the hair dye formulation recipe with reference to FIG. 2. To this end, the hair dye supply module 300 extracts the stock hair dye received by the manager, measures it according to the hair dye formulation recipe, and supplies it to the hair dye mixing module 400, a preset color The basic color hair dye supply unit 320 that stores the basic color hair dye for each and supplies it to the hair dye mixing module 400 by measuring according to the hair dye mixing recipe, stores the oxidizing agent, and weighs the hair dye according to the hair dye mixing recipe. By comparing the oxidizing agent supply unit 330 supplied to the hair dye mixing module 400, the measurement information of the hair dye in stock, the measurement information of the basic color hair dye, and the measurement information of the oxidizing agent with the hair dye formulation recipe, the stock hair dye, the basic It may include a supply control unit 340 for controlling the supply of the color hair dye and/or the oxidizing agent. In addition, the hair dye supply module 300 applies pressure to each of the basic color hair dye supply unit 320 and the oxidizing agent supply unit 330 to discharge the basic color hair dye and the oxidizing agent under the control of the supply control unit 340. It may further include a pressurizing device 360 and an automatic stopper 370 for controlling the discharge of the stock hair dye, the basic color hair dye, and the oxidizing agent.

3, the stock hair dye supply unit 310 is an electric extruder 312 for pressing and extracting the stock hair dye so that the stock hair dye can be extracted according to the hair dye formulation recipe, and the extracted stock hair dye is measured. It may include a first meter (314).

Here, the electric extruder 312 may be extracted by physically pressing the stock hair dye in the form of a tube. At this time, the electric extruder 312 may press at least a portion of the stock hair dye using a motor to discharge the contents.

The first meter 314 may measure the extracted hair dye in stock and compare it with the hair dye formulation recipe. To this end, the first meter 314 may measure the stock hair dye using a digital scale and/or a device that measures the volume and converts it into weight.

The basic color hair dye supply unit 320 stores the basic color hair dye for each preset color, and a hair dye cartridge 322 for discharging the basic color hair dye according to the hair dye formulation recipe, and a second measuring the discharged basic color hair dye A meter 324 may be included.

Here, the hair-dye cartridge 322 may store the basic-color hair-dye by color-coded according to the setting of the basic color. For example, the hair dye cartridge 322 is Natural, Ash, Matt, Gold, Orange, Red, Mahogany, Violet The hair dye for each color can be individually stored in the 7 basic colors consisting of. The hair dye cartridge 322 may be used by attaching a plurality of hair dye cartridges side by side like a color ink cartridge, and the basic color hair dye stored by being individually or entirely pressed by the pressing device 360 can be discharged.

The second meter 324 may measure the extracted basic color hair dye and compare it with the hair dye formulation recipe. To this end, the second meter 324 may measure the basic color hair dye using a digital scale and/or a device that measures the volume and converts it into weight.

The oxidizing agent supply unit 330 stores the oxidizing agent at a preset concentration (about 3 to 9%), and an oxidizing agent cartridge 332 discharging the oxidizing agent according to the hair-dye formulation recipe, and a third metering the discharged oxidizing agent. A meter 334 may be included.

Here, the oxidizing agent cartridge 332 may store the oxidizing agent by being classified by concentration according to the concentration setting. For example, the oxidizing agent cartridge 332 may individually store oxidizing agents classified by concentrations of about 3%, about 6%, and about 9%. Like the hair dye cartridge, the oxidizing agent cartridge 332 may be used by attaching a plurality of them side by side, and the oxidizing agent stored by being individually or entirely pressurized by the pressurizing device 360 may be discharged.

The third meter 334 may measure the extracted oxidizing agent and compare it with the hair dye formulation recipe. To this end, the third meter 334 may measure the oxidizing agent using a digital scale and/or a device that measures the volume and converts it into weight.

The supply control unit 340 may control the supply of the stock hair dye, the basic color hair dye, and/or the oxidizing agent. To this end, the supply control unit 340 includes the stock hair dye supply unit 310, the basic color hair dye supply unit 320, and the oxidizing agent supply unit 330 from each of the stock hair dye information, the basic color hair dye measurement information, The measuring information of the oxidizing agent may be received, and the measuring information of the hair dyeing agent in stock, the measuring information of the hair dyeing agent of the basic color, and the measuring information of the oxidizing agent may be compared with the hair dye mixing rate. In addition, the supply control unit 340 transmits a control signal to the electric extruder 312 and/or the pressurizing device 360 according to the comparison result, and the stock hair dye supply unit 310, the basic color hair dye supply unit 320 And/or it is possible to control the discharge amount of the oxidizing agent supply unit 330.

The pressurizing device 360 may apply pressure to at least one of the basic color hair dye supply unit 320 and the oxidizing agent supply unit 330. To this end, the pressurizing device 360 may include a pump for applying pressure to at least one of the hair dye cartridge 322 and the oxidant cartridge 332 under the control of the supply control unit 340.

The automatic stopper 370 includes the stock hair dye supply unit 310, the basic color hair dye supply unit 320, and the oxidizing agent supply unit 330 to control the discharge of at least one of the stock hair dye, the basic color hair dye, and the oxidizing agent. It may be installed to block at least one of the outlets.

Here, the automatic stopper 370 is formed in a form extending in one direction to block the outlets of the stock hair dye supply unit 310, the basic color hair dye supply unit 320, and the oxidizing agent supply unit 330 at once, or The supply unit 310, the basic color hair dye supply unit 320, and the oxidizing agent supply unit 330 are formed of a plurality of members to individually block the discharge ports, so that the discharge ports may be selectively blocked. For example, the automatic stopper 370 may slide in one direction to block the discharge port, or a plurality of individual plates rotate to selectively block the discharge port.

The hair dye mixing module 400 may generate a mixed hair dye by mixing the stock hair dye, the basic color hair dye, and the oxidizing agent supplied from the hair dye supply module 300. To this end, the hair dye mixing module 400 includes the stock hair dye, the basic color hair dye, and the oxidizing agent in the mixing container 410 for accommodating the oxidizing agent, the stock hair dye, the basic color hair dye, and the oxidizing agent in the mixing container 410. It may include a stirring member 420 for stirring and a mixing driver 430 for driving the mixing vessel 410 and/or the stirring member 420.

The mixing container 410 is disposed under the stock hair dye supply unit 310, the basic color hair dye supply unit 320, and the oxidizing agent supply unit 330 to accommodate the stock hair dye, the basic color hair dye, and the oxidizing agent. It can be formed into a container.

The stirring member 420 may be disposed in the mixing container 410 to stir the stock hair dye, the basic color hair dye, and the oxidizing agent. To this end, the stirring member 420 is formed in the shape of a bead or is formed in the form of a rotating blade driven by the mixing actuator 430 and accommodated in the mixing container 410, the stock hair dye, the basic color hair dye, and the oxidizing agent. Stirring, it is possible to produce the mixed hair dye.

The mixing driver 430 may provide power to drive the mixing container 410 and/or the stirring member 420. To this end, the mixing driver 430 may include a motor that receives power and generates power, and a power transmission member that transmits power of the motor.

The display module 500 may include at least one display to output various information. Here, the display module 500 includes the designer input information and the hair dye stock information received by the communication module 100, the hair dye formulation recipe set in the recipe setting module, the stock hair dye discharged from the hair dye supply module, and the At least one of information on discharge of the basic color hair dye and the oxidizing agent, and information on completion of mixing of the hair dye mixing module 400 may be output.

As described above, the hair dye blender according to an embodiment of the present invention is substantially the same by mixing the basic color hair dye and oxidizing agent in the stock hair dye when the color desired by the customer is similar to the current hair dye in stock and the color desired by the customer. It is possible to produce a mixed hair dye with no color difference.

Accordingly, according to an embodiment of the present invention, it is possible to perform inventory management through inventory identification and ordering of hair dyes in possession, and hair dyes of basic colors used for purposes such as color adjustment, brightness adjustment, reflection light adjustment, etc. You can automate the creation of a blending recipe that most closely resembles a specific color by blending it with an inventory hair dye.

In addition, according to an embodiment of the present invention, it is possible to generate various colors by mixing a hair dye with a minimum basic color in an appropriate ratio, so that even if a hair dye of various colors is not possessed, a hair dye that is the same as the color desired by the customer can be created by hand. In addition, it is possible to perform various treatments while significantly reducing the burden of inventory management due to inventory identification and ordering of hair dyes.

In addition, according to an embodiment of the present invention, a blending recipe is standardized by converting products of various brands into a standardized digital color code, and a blender that automatically blends according to the blending recipe is used to reduce human error and reduce the mixing method of the hair dye. Can be standardized.

In addition, according to an embodiment of the present invention, through inventory management, it is possible to reduce disputes between owners and employees of beauty salons due to misunderstanding of the use of hair dyes, and predict the contribution to improving the profit rate as much as the reduced amount of drugs to distribute profits between the owners and employees. Can be reflected.

In addition, if the present invention is extended, it is possible to show a virtual screen after various dyeing procedures on a customer's hair photo through a dedicated app, and allow the customer to freely select a desired color and a specific brand hair dye. Through this, it is possible to minimize communication errors that often grow during the hair interview process before and after the procedure.

In addition, if the present invention is extended, it is possible to prevent damage to the customer's hair by mixing and using an optimal amount of a hair dye and an oxidizing agent according to the customer's hair length, thinness, and degree of damage, and at the same time preventing the misuse of the hair dye. It can minimize environmental pollution caused by the use of chemical products.

The above description of the present invention is for illustrative purposes only, and those of ordinary skill in the art to which the present invention pertains will be able to understand that other specific forms can be easily modified without changing the technical spirit or essential features of the present invention. will be. Therefore, it should be understood that the embodiments described above are illustrative and non-limiting in all respects. For example, each component described as a single type may be implemented in a distributed manner, and similarly, components described as being distributed may also be implemented in a combined form.

The scope of the present invention is indicated by the claims to be described later, and all changes or modified forms derived from the meaning and scope of the claims and their equivalent concepts should be construed as being included in the scope of the present invention.

10: hair dye blender
20: hair designer terminal
40: hair dye management device
100: communication module
200: recipe setting module
300: hair dye supply module
400: hair dye mixing module
500: display module

Claims (6)

Communication module for receiving designer input information and hair dye inventory information;
A recipe setting module that analyzes the designer input information and the hair dye inventory information, calculates a mixing ratio of the hair dye according to the analysis result, and sets a hair dye formulation recipe;
A hair dye supply module for selectively supplying a stock hair dye, a basic color hair dye, and an oxidizing agent according to the hair dye formulation recipe; And
A hair dye mixing module for producing a mixed hair dye by mixing the stock hair dye, the basic color hair dye, and the oxidizing agent supplied from the hair dye supply module;
Containing, hair dye blender.
The method of claim 1,
The recipe setting module,
Check the customer's selected color from the designer input information, check the stock hair dye of the color most similar to the selected color from the hair dye stock information, and calculate the mixing ratio of the stock hair dye, the basic color hair dye, and the oxidizing agent. A hair dye blender, characterized in that the blending recipe is set.
The method of claim 1,
The hair dye supply module,
A stock hair dye supply unit for extracting the stock hair dye passed by a manager, weighing according to the hair dye formulation recipe, and supplying it to the hair dye mixing module;
A basic color hair dye supply unit storing the basic color hair dye for each preset color, weighing according to the hair dye mixing recipe, and supplying it to the hair dye mixing module;
An oxidizing agent supply unit for storing the oxidizing agent, measuring according to the hair-dying agent mixing recipe, and supplying it to the hair-dying agent mixing module; And
A supply control unit for controlling the supply of the stock hair dye, the basic color hair dye and/or the oxidizing agent by comparing the stock hair dyeing agent measurement information, the basic color hair dyeing agent measurement information, and the oxidizing agent measurement information with the hair dyeing agent formulation recipe;
Characterized in that it comprises a, hair dye blender.
The method of claim 3,
The hair dye supply module,
A pressurizing device for applying pressure to at least one of the basic color hair dye supply unit and the oxidizing agent supply unit to discharge the basic color hair dye and the oxidizing agent under control of the supply control unit; And
An automatic stopper for controlling the discharge of the stock hair dye, the basic color hair dye, and the oxidizing agent;
Characterized in that it further comprises a hair dye blender.
The method of claim 1,
The hair dye mixing module,
A mixing container containing the stock hair dye, the basic color hair dye, and the oxidizing agent;
A stirring member for stirring the stock hair dye, the basic color hair dye, and the oxidizing agent in the mixing container; And
A mixing driver for driving the mixing container and/or the stirring member;
Characterized in that it comprises a, hair dye blender.
The method of claim 1,
The hair dye blender,
The designer input information and the hair dye stock information received by the communication module, the hair dye formulation recipe set in the recipe setting module, the stock hair dye discharged from the hair dye supply module, the basic color hair dye and the oxidizing agent discharge information, the Further comprising a display module for outputting at least one of the mixing completion information of the hair dye mixing module.

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