WO2018044010A1

WO2018044010A1 - Apparatus and method for manufacturing user-personalized cosmetic product

Info

Publication number: WO2018044010A1
Application number: PCT/KR2017/009361
Authority: WO
Inventors: 정양숙; 안지훈; 정범희
Original assignee: 주식회사 톤28
Priority date: 2016-08-31
Filing date: 2017-08-28
Publication date: 2018-03-08
Also published as: CN107784549A

Abstract

An apparatus for manufacturing a user-personalized cosmetic product according to an embodiment of the present invention can produce a user-personalized cosmetic product considering individual skin characteristics and external environment information obtained by combining formulation standard components corresponding to a skin condition, which is measured after a user's face is subdivided into predetermined regions, and auxiliary formulation standard components corresponding to external environment information.

Description

Customized cosmetic manufacturing apparatus and method

Provided is a custom cosmetic manufacturing apparatus and method.

Cosmetics are used to maintain or manage the skin health of individuals. For example, cosmetics can keep the skin moisturized. The use of cosmetics with added functional ingredients is also increasing. And cosmetics are produced according to the user's skin type. The skin of the user may be classified as oily, neutral, dry, etc., and cosmetics suitable for this have been produced. In recent years, since damage to the skin due to stress and environmental pollution such as ozone layer destruction and air pollution is gradually increasing, the user needs to select and use a cosmetic suitable for his skin type.

However, skin troubles may occur due to specific ingredients included in cosmetics according to the user's physical change or the external environment. However, in general, cosmetics are mass-produced by manufacturers, so users may not be able to supply appropriate cosmetics at the appropriate time reflecting information on their skin type or external environmental changes.

An embodiment of the present invention combines a formulation reference component corresponding to a measured skin condition by subdividing a user's face into predetermined areas and a supplementary formulation reference component corresponding to external environmental information, and considers individual skin characteristics and external environmental information. An object of the present invention is to provide a user-customizable cosmetic manufacturing apparatus and method for manufacturing a customized cosmetic.

According to an embodiment of the present invention, a user-customizable cosmetic manufacturing apparatus includes a formulation reference component skin measurement value divided by a user's face region, a formulation reference component measurement value separately from a formulation reference component skin measurement value, and a formulation reference component skin measurement value. Formulated by the processor of the information processing apparatus, and a memory unit for storing the formulation reference component skin reference value corresponding to the formula, and the auxiliary formulation reference component reference value corresponding to the supplementary formulation reference component measured value, Computational reference component skin measurement scores are calculated by comparing the component skin reference values, and the auxiliary formulation reference component measurement scores are calculated by comparing the auxiliary formulation reference component measurement values with the auxiliary formulation reference component reference values, and based on the formulation reference component skin measurement scores. Determination of the formulation reference component, based on the auxiliary formulation reference component measurement score And a control unit for determining a reference component and determining a final formulation component by combining the formulation reference component and the auxiliary formulation reference component.

On the other hand, the user-customized cosmetic manufacturing method according to an embodiment of the present invention is the step of storing the formulation reference component skin measurement value divided by the user's face region, and the auxiliary formulation reference component measurement value separately from the formulation reference component skin measurement value After the formulation reference component skin measurement value and the auxiliary formulation reference component measurement value are stored, the formulation reference component skin reference value corresponding to the formulation reference component skin measurement value and the auxiliary formulation reference component reference value corresponding to the measurement value of the auxiliary formulation reference component memory are stored. Read from the department, and calculate the formulation reference component skin measurement score by comparing the formulation reference component skin measurement value and the formulation reference component skin reference value, and measure the auxiliary formulation reference component by comparing the auxiliary formulation reference component measurement value and the auxiliary formulation reference component reference value. The score is calculated and the formulation reference ingredient is determined based on the skin measurement score of the formulation reference ingredient. And, determining a reference formulation auxiliary component based on a second standard formulation components measured score, a combination of the standard component and the adjuvant formulations type standard component determining a final formulation components.

Here, the user's face region includes a first region, which is an outer region, and a second region, which is an inner region, wherein the first region is a T zone covering the forehead line and the nose line, which are upper portions in the outer region of the face region, and the face region. A U zone covering both the lateral line and the jaw line which is lower in the outer region of the second region, the second zone in the inner region of the facial region, the O zone covering both peripheral lines and the ball line, and in the inner region of the facial region. It may include an N zone covering the nose area and the peripheral line.

On the other hand, the formulation reference component skin measurement value includes the moisture component skin measurement value, wrinkle component skin measurement value, elastic component skin measurement value, and sebum care component skin measurement value, the auxiliary formulation reference component measurement value is the fine dust measurement value, One or more of a temperature measurement, a humidity measurement, a climate change measurement including an ultraviolet measurement, or a menstrual cycle measurement.

On the other hand, the formulation reference component skin measurement value includes the moisture component skin measurement value, wrinkle component skin measurement value, whitening component skin measurement value, and sebum care component skin measurement value, the auxiliary formulation reference component measurement value is the fine dust measurement value, One or more of a temperature measurement, a humidity measurement, a climate change measurement including an ultraviolet measurement, or a menstrual cycle measurement.

Meanwhile, the method may further include receiving a selection signal for the user-customized cosmetic product type, the user-customized cosmetic product type includes a premium type and a standard type, and the user's face area includes a first area that is an external area and a second area that is an internal area. In the case of manufacturing a premium type user-customized cosmetics, the skin measurement by the formulation reference component based on a predetermined standard among the plurality of formulation reference component skin measurement scores calculated in the first region and the second region for each formulation reference component A score is calculated, and the top two first skin scores and the second skin scores are selected among the skin scores of the formulation reference ingredients, and the final score is based on the first skin score and the second skin score. When the formulation ingredients are set, and the standard type of user-customized cosmetics are manufactured, the clothing calculated in the first area is Skin measurement scores for each formulation reference component are calculated based on preset criteria among the skin preparation scores of the formulation reference components, and the top two first and second skin measurement scores among the skin measurement scores for each formulation reference component are calculated. The final formulation may be selected based on the first and second skin scores.

Meanwhile, the user's face region includes a first region, which is an outer region, and a second region, which is an inner region, and is the top two of the plurality of formulation reference component skin scores calculated in the first region and the second region for each formulation reference component. A first rank skin measurement score and a second rank skin measurement score are selected, and a final first rank skin measurement calculated by adding preset climate change correction values to the first and second rank skin measurement scores, respectively. The final formulation may be set based on the score and the second rank skin score.

On the other hand, the climate change correction value is set according to the climate change measurement value for each period, the climate change correction value is a first correction value including a moisture component correction value, sebum component correction value, whitening component correction value, wrinkle component correction value, and And a second correction value including an antifouling component correction value, an ultraviolet component correction value, and a hydro controller component correction value.

According to an embodiment of the present invention, the cosmetics may be manufactured and supplied at an appropriate time based on the formulation reference component skin measurement values measured by dividing the user's face region into detailed regions and suitable for the user's skin type and external environmental conditions. .

In addition, by providing a variety of information to select the appropriate cosmetics to the user can provide a guide function for the user's lifestyle and skin care.

In addition, when measuring the skin of the user, it is possible to confirm which skin troubles are specifically included in which area in the face area of the user through skin measurement by subdividing his or her face area into the first area and the second area.

In addition, since skin measurement can be performed regularly for the user's face area, the skin condition of the face area in response to changes in one's body or external environment can be checked more precisely, thereby gaining confidence in skin measurement. .

1 is a view schematically showing a user-customizable cosmetic manufacturing apparatus according to an embodiment of the present invention.

FIG. 2 is a diagram illustrating a user's face region divided into a first region, which is an outer region, and a second region, which is an inner region, according to an exemplary embodiment of the present invention.

3 is a view showing the formulation reference component and the formulation reference component skin measurement scores for the first region and the second region according to an embodiment of the present invention.

4 is a view showing an example of the auxiliary formulation reference component reference value and the auxiliary formulation reference component measurement score for the measurement of the auxiliary formulation reference component according to an embodiment of the present invention.

5 is a flowchart illustrating a method for manufacturing a user-customized cosmetics according to an embodiment of the present invention.

6 is a view showing an example of the climate change correction value for the climate change measurement value according to an embodiment of the present invention.

The terminology used herein is for the purpose of describing particular embodiments only and is not intended to be limiting of the invention. As used herein, the singular forms “a,” “an,” and “the” include plural forms as well, unless the phrases clearly indicate the opposite. As used herein, the term "comprising" embodies a particular characteristic, region, integer, step, operation, element, and / or component, and other specific characteristics, region, integer, step, operation, element, component, and / or group. It does not exclude the presence or addition of.

Unless defined otherwise, all terms including technical and scientific terms used herein have the same meaning as commonly understood by one of ordinary skill in the art. Commonly defined terms used are additionally interpreted to have a meaning consistent with the related technical literature and the presently disclosed contents, and are not interpreted in an ideal or very formal sense unless defined.

DETAILED DESCRIPTION Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings so that those skilled in the art may easily implement the present invention. As those skilled in the art would realize, the described embodiments may be modified in various different ways, all without departing from the spirit or scope of the present invention.

1 is a view schematically showing a user-customizable cosmetic manufacturing apparatus according to an embodiment of the present invention. Referring to FIG. 1, a user-customizable cosmetic manufacturing apparatus according to an embodiment of the present invention includes a skin measuring unit 110, an input unit 120, a control unit 130, a manufacturing unit 140, a memory unit 150, and a supply unit ( 160 may be optionally included.

The skin measurement unit 110 may measure the skin divided by the user's face region to generate a formulation reference component skin measurement value.

The input unit 120 outputs external signals such as a formulation reference component skin measurement value divided for each user's face region, an auxiliary formulation reference component measurement value separately from the formulation reference component skin measurement value, and a signal for selecting a type of cosmetics customized for the user. You can enter The input unit 120 may be provided at one side of a user-customized cosmetic manufacturing apparatus in the form of a keypad or a touch panel. The input unit 120 may be connected to enable input of a user-customized cosmetic manufacturing apparatus and corresponding data in a wired or wireless form.

The controller 130 is an operation, processing, etc. by the processor of the information processing apparatus, and means a logical part of a program that performs a specific function in a computer, and may be implemented by software, hardware, or the like. For example, the information processing apparatus includes a personal computer, a handheld computer, a personal digital assistant, a mobile phone, a smart device, a tablet, and the like. The controller 130 performs a series of control operations related to manufacturing a customized cosmetics. In addition, the controller 130 may further include a memory unit 150 that stores data related to manufacturing a customized cosmetic.

The memory unit 150 is a device for storing information, and includes high-speed random access memory, magnetic disk storage, flash memory device, and other non-volatile solid-state memory device. It may include a variety of types of memory, such as non-volatile memory, etc. The memory unit 150 is the formulation reference component skin measurement value for the skin characteristics divided by the user's face area measured by the skin measurement unit 110 The formulation reference component skin reference value corresponding to is stored in. Here, the formulation reference component skin measurement value may be input through the input unit 120 and stored in the memory unit 150. The memory unit 150 may include the input unit 120. The auxiliary formulation reference component measurement value for the external environmental information input through the auxiliary formulation reference component reference value corresponding to the auxiliary formulation reference component measured value, etc. may be stored. The re-150 may store data on personal skin characteristics of the user, data on cosmetic formulation reference ingredients suitable for each skin condition, data related to manufacturing a user-customized cosmetic, or a related program, etc. Memory 150 The control unit 130 is connected to the formulation reference component skin measurement value and auxiliary formulation reference component measurement value, etc. of the user input through the skin measurement unit 110 and the input unit 120 during the manufacture of a customized cosmetic according to an embodiment of the present invention Analyze and appropriately combine the appropriate formulation reference component and auxiliary formulation reference components to automatically drive the manufacturing unit 140 to manufacture the final formulation component to manufacture a user-customized cosmetics. Comparison of the formulation reference component skin measurement value measured according to the set programming and the formulation reference component reference value stored in the memory unit 150 W determines the final formulation components, and the control unit 130 performs a series of control operations for preparing a customized cosmetic final formulation of the determined component.

For example, when the formulation reference component skin measurement value is input, the controller 130 compares the formulation reference component skin measurement value with the formulation reference component skin reference value and calculates the formulation reference component skin measurement score. In addition, the controller 130 calculates the auxiliary formulation reference component measurement score by comparing the auxiliary formulation reference component measured value and the auxiliary formulation reference component reference value. And the control unit 130 determines the formulation reference component based on the formulation reference component skin measurement score, and determines the auxiliary formulation reference component based on the auxiliary formulation reference component measurement score, by combining the formulation reference component and the auxiliary formulation reference component Determine final formulation ingredients. Here, when the type of the user-customized cosmetics is selected in a state in which the formulation reference component skin measurement value and the auxiliary formulation reference component measurement value are input, the controller 130 may determine a final formulation component corresponding to the type of the selected custom cosmetics. . In addition, the controller 130 may control to prepare the user-customized cosmetics by injecting the final formulation component into the cosmetic container at a predetermined dose. For example, the controller 130 may output a manufacturing signal related to manufacturing a customized cosmetic to manufacture a customized cosmetic corresponding to the final formulation component.

The manufacturing unit 140 is driven by receiving a manufacturing signal related to manufacturing a customized cosmetic to manufacture a customized cosmetic corresponding to the final formulation component analyzed by the controller 130. In addition, after the controller 130 determines the final formulation component, the manufacturing unit 140 may independently generate a production signal based on the determined final formulation component. The manufacturing unit 140 manufactures the customized cosmetics as the final formulation components corresponding to the formulation reference component skin measurement value and the auxiliary formulation reference component measurement value and the selected customized cosmetics. The manufacturing unit 140 may include a storage unit for storing a formulation reference component and an auxiliary formulation reference component for custom cosmetic preparation, respectively. Here, the storage unit may be formed to separate the dosage form of the formulation reference component separately. Formulation reference component storage unit includes a moisture component storage unit, wrinkle component storage unit, elastic component storage unit, sebum care component storage unit according to an embodiment of the present invention. And it may further include an auxiliary component storage unit for storing the flavor component, vitamin component, oil component, respectively as needed.

The supply unit 160 functions to supply the user with the customized cosmetics manufactured by the manufacturing unit 140. The supply unit 160 may be implemented to automatically supply user-customized cosmetics at a predetermined supply cycle for each user in connection with an existing unmanned parcel delivery system. In addition, the supply unit 160 may be automatically implemented using a delivery robot or a delivery drone.

On the other hand, the user's skin type can be largely divided into oily skin, dry skin, complex skin. However, about 45% of the user's skin types are analyzed as complex skin, and since the skin condition is different for each facial region, it may be difficult to manage the entire face with one specific component. 45% of the user's skin type corresponds to complex skin, and skin characteristics may be different for each facial region due to the complex mechanism of skin physiology. For this reason, there is a need for customized cosmetics manufactured based on skin measurements measured for each facial region.

2 is a diagram illustrating a user's face region divided into a first region 102, which is an outer region, and a second region 104, which is an inner region, according to an exemplary embodiment of the present invention. Referring to FIG. 2, the face region of the user may include a first region 102 that is an outer region and a second region 104 that is an inner region. Here, the first region 102 may include a T zone covering the forehead line and the nose line that is upper in the outer region of the face region, and a U zone covering the both side line and the jaw line that is lower in the outer region of the facial region. have. The second region 104 may include an O zone covering both eye peripheral lines and a ball line in the inner region of the face region, and an N zone covering the nose and periphery lines in the inner region of the facial region. The T zone and the U zone of the first zone 102 and the O zones and N zones of the second zone 104 are classified by zones in consideration of the similar skin quality and the user's centralized management zone. May be As described above, by dividing the user's face area into the first area 102, which is an outer area, and the second area 104, which is an inner area, a formulation standard according to skin conditions classified by user's face areas when manufacturing customized cosmetics. Ingredients and contents can be adjusted appropriately. In addition, the user may use customized cosmetics more suited to the user's own skin, and thus may not cause or reduce side effects such as skin troubles.

3 is a view showing the formulation reference component and the formulation reference component skin measurement scores for the first region and the second region according to an embodiment of the present invention. Here, the formulation reference component may include a component that matches the skin characteristics of various areas based on the face of the user. For example, the formulation reference component may include a moisture component for improving moisture, a wrinkle component for improving wrinkles, an elastic component for maintaining skin elasticity, and a sebum care component capable of sebum care. Here, the wrinkle improvement component may manage thick wrinkles and fine wrinkles, and the elastic component may include a component that can delay the decrease in skin elasticity. And sebum care ingredients may contain ingredients that can manage the pores of the skin and keep the skin smoother. And the formulation reference component skin measurement value includes a moisture component skin measurement value, wrinkle component skin measurement value, elastic component skin measurement value, and sebum care component skin measurement value. In addition, the formulation reference component skin measurement value may be calculated as the formulation reference component skin measurement score compared with the formulation reference component skin reference value for selecting the formulation reference component including the basic component of the user-customized cosmetics.

Referring to FIG. 3, the formulation reference component skin measurement value corresponding to each formulation reference component is compared to the formulation reference component skin reference value pre-stored in the memory unit 150 and calculated as the formulation reference component skin measurement score. Formulation reference component skin measurement score may be calculated as a distribution of 1 to 8 points for each formulation reference component. That is, the formulation reference component skin measurement value is compared with a preset formulation reference component skin reference value, and the formulation reference component skin reference value may be divided into a plurality of ranges to include the formulation reference component skin measurement value. In addition, the formulation reference component skin reference value may be divided into appropriate steps for each range and may be calculated as the formulation reference component skin measurement score. Therefore, the formulation reference component skin measurement value may be calculated as the formulation reference component skin measurement score divided into 1 to 8 points depending on which range in the range of the formulation reference component skin reference value divided into a plurality. For example, the moisture component skin measurement value may be measured by measuring the moisture content of each facial part, and the moisture component skin reference value may be set in a range of 8 steps according to the moisture level in advance. More specifically, the moisture-based skin reference value is 1 step (1-10%), 2 steps (11-20%), 3 steps (21-30%), 4 steps (31-50%), 5 It can be divided into stages (51-70%), six stages (71-80%), seven stages (81-90%), and eight stages (91-100%). If the moisture component skin measurement value corresponds to one step of the moisture component skin reference value, the moisture component skin measurement score is calculated to be one point, and if the moisture component skin measurement value corresponds to eight levels of the moisture component skin reference value, the moisture component skin measurement score is Can be calculated as 8 points. In consideration of this, referring to FIG. 3, the moisture content skin measurement score of the formulation reference component skin measurement scores measured in the T zone may be calculated as 3 points, and the sebum care component skin measurement score may be calculated as 7 points. Here, the formulation reference component skin measurement score may be calculated as a percentage. For example, the formulation reference component skin measurement score measured in the T zone may be calculated as a moisture content skin measurement score 40%, sebum care component skin measurement score 80%. The priority of the skin measurement score of the formulation reference ingredient based on the determination of the formulation reference ingredient is the first moisture content skin measurement score, the second wrinkle skin measurement score, the third priority elastic skin measurement score, and the fourth priority sebum care component skin. It can be set as the measurement score. These formulation reference component skin measurement scores and priorities may be reflected in manufacturing the final formulation component of the user-customized cosmetics.

On the other hand, skin measurement of the user may be a skin expert to diagnose or measure the skin of the user with the skin measuring unit 110. The user may determine which skin troubles are specifically located in which area of the face area through the skin measurement by subdividing his face area into the first area 102 and the second area 104. In addition, since skin measurement can be performed regularly for one's face area, the skin condition of the face area responding to changes in one's body or external environment can be checked more precisely. Thus, the user can obtain a confidence in the skin measurement of the face area.

On the other hand, the skin measurement in the user's face area may be measured differently depending on the sebum and moisture of the skin surface state, sensitivity to external stimuli, wrinkles, skin color, elasticity. And the skin should take into account not only age and genetic internal environment but also external environment such as UV rays, smoking and stress. Therefore, in order to maintain a more healthy skin in consideration of the external environment of UV exposure and stress as well as the user's skin when manufacturing a user-customized cosmetics, it is necessary to manufacture a cosmetic suitable for the user's skin and the user's surroundings.

4 is a view showing an example of the auxiliary formulation reference component reference value and the auxiliary formulation reference component measurement score for the measurement of the auxiliary formulation reference component according to an embodiment of the present invention. Referring to FIG. 4, the formulation reference component includes a moisture component, a wrinkle component, an elastic component, and a sebum care component, and the auxiliary formulation reference component measurement values include a fine dust measurement value, a temperature measurement value, a humidity measurement value, an ultraviolet measurement value, May include menstrual cycle measurements. The formulation reference component may include a whitening component except for the elastic component. Therefore, the formulation reference component may include a moisture component, wrinkle component, whitening component, sebum care component as needed. As shown in FIG. 4, an embodiment of the present invention includes a supplementary formulation reference component measurement value considering a separate external environment in addition to the formulation reference component skin measurement value measured for each user's face region. The auxiliary formulation reference component measurement value is compared with a preset auxiliary formulation reference component reference value, and the auxiliary formulation reference component reference value may be divided into a plurality of ranges to include the auxiliary formulation reference component measurement values. In addition, the auxiliary formulation reference component reference value may be divided into appropriate steps for each range and may be calculated as the auxiliary formulation reference component measurement score. Therefore, the auxiliary formulation reference component measurement value may be calculated as the auxiliary formulation reference component measured scores divided into 1 to 5 points depending on which range in the range of the divided auxiliary formulation reference component reference values. The auxiliary formulation reference component measurement value may include a climate change measurement value and a hormone cycle measurement value corresponding to preset environmental information. Climate change measurements may include fine dust measurements, temperature measurements, humidity measurements, and UV readings for climate change by country, region, and month. Climate change measurements can be updated and applied annually by Big Data values for climate change. For example, climate change measurements can be updated by applying preset weights to the data for the last three years. The hormone cycle measurement may include a menstrual cycle measurement.

More specifically with reference to Figure 4, for example, the fine dust reference value is 1 step (0 ~ 30㎛), 2 step (31 ~ 80㎛), 3 steps (81 ~ 120㎛), 4 steps (121 ~ 200 Μm), and five steps (121 μm˜). When the fine dust measurement value is measured at 23 μm and corresponds to one step of the fine dust reference value, the fine dust measurement score is calculated to be one point, and the fine dust measurement value is measured at 123 μm and corresponds to five steps of the fine dust reference value. The fine dust measurement score may be calculated as five points.

Temperature reference values can be divided into 1 step (20 degrees or less), 2 steps (21 to 24 degrees), 3 steps (25 to 27 degrees), 4 steps (28 to 30 degrees), and 5 steps (31 degrees or more). have. If the temperature measurement is measured at 23 degrees and corresponds to the second stage of the temperature reference value, the temperature measurement score is calculated as two points. If the temperature measurement is measured at 34 degrees and corresponds to the five stages of the temperature reference value, the temperature measurement score is five points. Can be calculated.

Humidity reference values are divided into 1st stage (81 ~ 100%), 2nd stage (61 ~ 80%), 3rd stage (41 ~ 60%), 4th stage (21 ~ 40%), and 5th stage (0 ~ 20%). Can be. If the humidity measurement value is measured at 90% and corresponds to the first stage of the humidity reference value, the humidity measurement score is calculated as one point, and if the humidity measurement value is measured at 10% and corresponds to the fifth stage of the humidity reference value, the humidity measurement score is 5 Can be calculated as a point.

The UV reference value can be classified into 1 step (0.0 ~ 2.9), 2 steps (3.0 ~ 4.9), 3 steps (5.0 ~ 6.9), 4 steps (7.0 ~ 8.9), and 5 steps (9.0 or more). When the UV measurement value is measured as 2 and corresponds to the first stage of the UV reference value, the UV measurement score is calculated as one point. When the UV measurement value is measured as 9.5 and the five measurement points of the UV reference value, the UV measurement score is five points. Can be calculated. Herein, the UV measurement value may be measured to generate an output voltage as long as the ultraviolet rays are received. In addition, the UV reference value may be simply displayed by dividing the output voltage measured from the UV meter into five stages. For example, the meaning of 0.0-2.9 which is the range of one step of the above-mentioned ultraviolet reference value simply displays the output voltage of 0mV-299mV. The UV range or measurable intensity that can be measured using the UV meter can be adjusted differently according to the type of UV meter.

Meanwhile, the auxiliary formulation reference component refers to a component for selecting an amount added to or subtracted from the formulation reference component determined for the existing formulation reference component skin measurement value according to the measurement value of the auxiliary formulation reference component rather than a separate additional component. That is, the amount of the corresponding formulation reference component may be added more or less depending on the measurement of the auxiliary formulation reference component. Therefore, the auxiliary formulation reference component may be formed of the same components as the formulation reference component.

The fine dust measurement score may be reflected when the sebum care component skin measurement score is selected as the formulation component skin measurement score. For example, the fine dust measurement score may be divided into 1 to 5 points. And when the fine dust measurement score is 1 point and 2 points can be set so that no additional score is added. If the fine dust measurement score is 3 or more points, the final fine dust measurement score may be calculated as a final value obtained by multiplying the existing sebum care component skin measurement score by the fine dust measurement score and the addition score. Here, the addition score for the fine dust measurement score may be set to a value of the existing fine dust measurement score * 0.5. In addition, the final sebum care component skin measurement score may be set by setting a reference value corresponding to a time when a large amount of fine dust is generated. Here, a time when a large amount of fine dust is generated can be set based on the backup data prior to the current year, the reference value can also be set based on the backup data. For example, a large amount of fine dust generation time may be set to March and April. The reference value for the fine dust may be set to three points.

The temperature measurement score may be reflected when the moisture component skin measurement score is selected as the formulation reference component skin measurement score. For example, the temperature measurement score may be divided into 1 to 5 points. And when the temperature measurement score is 1 point and 2 points it can be set so that no additional score. If the temperature measurement score is 3 or more points, the final moisture content skin measurement score may be set to a final value obtained by multiplying the existing moisture measurement skin measurement score by the temperature measurement score and the addition score. Here, the addition score for the temperature measurement score may be set to a value of the existing temperature measurement score * 0.5. In addition, it is possible to set the final moisture component skin measurement score by setting a reference value corresponding to the time when the high temperature is expected to occur in advance. Here, the time at which the high temperature is expected may be set based on the backup data before the current year, and the reference value may be set based on the backup data. For example, the high temperature generation period may be set to June, July, August, and September. And the reference value for the high temperature may be set to three points.

Meanwhile, the humidity measurement score may be reflected when the moisture component skin measurement score, wrinkle component skin measurement score, and elastic component skin measurement score are selected as the formulation reference component skin measurement score. For example, the humidity measurement score may be divided into 1 to 5 points. If the humidity measurement score is 1 point (81-100%) and 2 points (61-80%), it can be set so that there is no separate score for the wrinkle component skin measurement score and elastic component skin measurement score. On the other hand, in the case of the moisture component skin measurement score can be set so that the score can be added or subtracted separately. For example, when the humidity measurement score is 1 or 2 points, the final moisture component skin measurement score may be set as a final value obtained by multiplying the moisture measurement score by the added and subtracted scores from the moisture component skin measurement score. Here, the added and subtracted scores for the humidity measurement score may be set to a value of the existing humidity measurement score * 0.5. In this case, even if the added and decreased scores for the humidity measurement scores are smaller than the third humidity measured scores, the added and decreased scores for the humidity measurement scores may not be changed. If the humidity measurement score is 3 or more (0 ~ 60%), the final formulation is the final value obtained by multiplying the existing moisture content skin measurement score, wrinkle component skin measurement score, and elastic component skin measurement score by the humidity measurement score and the addition and decrement score. The component skin measurement score can be set. Here, the added and subtracted scores for the humidity measurement score may be set to a value of the existing humidity measurement score * 0.5.

Meanwhile, the UV measurement score may be reflected when the moisture component skin measurement score is selected as the formulation reference component skin measurement score. For example, the UV measurement score may be divided into 1 to 5 points. In the case where the UV measurement scores are 1 and 2 points, the UV measurement scores may be set so that a separate addition score for the moisture component skin measurement scores is not included. If the UV measurement score is 3 points or more, the final moisture component skin measurement score may be set as a final value obtained by multiplying the existing moisture measurement skin measurement score by the UV measurement score and the addition score. Here, the addition score for the UV measurement score may be set to a value of the existing UV measurement score * 0.5. On the other hand, when the UV measurement score is 4 or more, it may be set to recommend a separate additive component for the sun protection.

On the other hand, the menstrual cycle measurement score may be selectively reflected in the formulation reference component skin measurement score only for women. For example, menstrual cycle measurement scores may be divided into estrogen activators, menstruation, and progesterone activators. When the menstrual cycle measured value is an estrogen activator, it may be set so that an additional score is not added for the skin reference score of the formulation reference component. If during menstruation and progesterone activator, the moisture content can be maximized regardless of the water content skin score. In the progesterone activator, the final sebum care component skin measurement score may be set so that the sebum care component measurement score is not reflected regardless of the score level. Therefore, in consideration of the user's menstrual cycle, a service that delivers customized cosmetics to the user every preset cycle is also possible.

On the other hand, the auxiliary formulation reference component may further include a nutritional component, a flavor component, etc. in addition to the whitening component. Here, the whitening component may include a component that can improve pigmentation of the face such as blemishes, dots, and dark spots and make the overall non-uniform skin color appear more bright and uniform. That is, in an embodiment of the present invention, a new user-customized cosmetic may be manufactured and sold by adding or mixing a pigment, a nutritional ingredient, a perfume, etc. to the user-customized cosmetic as needed.

According to the embodiment of the present invention as described above to provide a more customized cosmetics to the user based on the formulation reference component skin measurement value measured by the user's face region and the auxiliary formulation reference component measurement value input according to the external environmental information. Can be. That is, according to the skin condition of the user and the external environment in the manufacture of the user-customized cosmetics can be appropriately adjusted the formulation reference component and content, and the auxiliary formulation reference component and content added to the formulation reference component. For this reason, the user can receive and use a customized cosmetics manufactured according to the user's own skin and external environmental information at an appropriate time. Therefore, the user can receive and use a fresher product when necessary, thereby minimizing or not causing side effects such as skin troubles. In addition, the user may be provided with a variety of information including skin measurement information and external environmental information for selecting the appropriate cosmetics for the user. Therefore, by selectively reflecting the auxiliary formulation reference component measurement value including external environmental information in addition to the formulation reference component skin measurement value, it is possible to further improve the reliability of the customized cosmetics. In addition, it can provide a proper guide function for the user's lifestyle and skin care.

5 is a flowchart illustrating a method for manufacturing a user-customized cosmetics according to an embodiment of the present invention. With reference to Figures 1 to 5 will be described a user-customized cosmetic manufacturing method according to an embodiment of the present invention.

Referring to FIG. 5, the controller 130 checks an input of a formulation reference component skin measurement value of each user's face region (S510). Here, the formulation reference component skin measurement value may be measured and input to the skin measurement unit 110, may be input through the input unit 120. Formulation reference component skin measurement values are stored in the memory unit (150). Subsequently, the controller 130 checks the input of the auxiliary formulation reference component measurement value separately from the formulation reference component skin measurement value (S520). The auxiliary formulation reference component measurement value may be input through the input unit 120. The auxiliary formulation reference component measurement values are stored in the memory unit 150. When the type of the user-customized cosmetic is selected in the state in which the formulation reference component skin measurement value and the auxiliary formulation reference component measurement value are input (S530), the controller 130 sends the input formulation reference component skin measurement value to the memory unit 150. A formulation reference component measurement score is calculated by comparing the stored formulation reference component skin reference values. In addition, the controller 130 calculates the auxiliary formulation reference component measurement scores by comparing the auxiliary formulation reference component measured values with the auxiliary formulation reference component reference values stored in the memory unit 150, respectively. And the control unit 130 determines the formulation reference component based on the formulation reference component skin measurement score, and determines the auxiliary formulation reference component based on the auxiliary formulation reference component measurement score, by combining the formulation reference component and the auxiliary formulation reference component Determine final formulation ingredients. That is, the controller 130 analyzes and determines the formulation reference component based on the formulation reference component measurement score corresponding to the formulation reference component skin measurement value, and measures the auxiliary formulation reference component corresponding to the measurement value of the auxiliary formulation reference component, which is an additional component. The auxiliary formulation reference component is analyzed and determined based on the score, and the final formulation component is determined by the combination of the determined formulation reference component and the auxiliary formulation reference component (S540).

Subsequently, the controller 130 outputs a manufacturing signal related to manufacturing a customized cosmetic to manufacture a customized cosmetic corresponding to the analyzed final formulation component. The controller 130 outputs the manufacturing signal and supplies the manufacturing signal to the manufacturing unit 140 to manufacture the customized cosmetic product as a final formulation component corresponding to the skin measurement value of the formulation reference ingredient and the auxiliary formulation reference component measurement value and the type of the selected customized cosmetic product. (S550), and performs a series of control operations for supplying the user-customized cosmetics manufactured (S560).

On the other hand, the type of user-customized cosmetics selected in the above (S530) may include a premium type (standard type) and a standard type (standard type). For example, when a premium type of user-customized cosmetics is selected in the above-described S530, the controller 130 may include a plurality of formulation reference components calculated in the first region 102 and the second region 104 for each formulation reference component. The skin measurement score for each formulation reference component is calculated based on a predetermined standard among the skin measurement scores. The first and second skin measurement scores are selected from the skin measurement scores of the formulation reference ingredients, and the final formulation ingredients are set based on the first skin measurement score and the second skin measurement score. do. For example, the controller 130 may calculate the formulation reference component skin measurement score calculated for each region in the formulation reference component skin measurement values measured in the first region 102 and the second region 104. The final formulation can be set to a high first and second skin score. Here, the preset criteria for distinguishing the first rank skin measurement score and the second rank skin measurement score for each formulation reference component may be set to a maximum value among the skin measurement values for each formulation reference component.

For example, in FIG. 3, the maximum value of the moisture component skin measurement score is 7 points, the maximum value of the wrinkle component skin measurement score is 8 points, the maximum value of the elastic component skin measurement score is 6 points, and the sebum care component skin measurement score is The maximum value is seven points. In this state, the first rank skin measurement score is first eight points which is the maximum value of the wrinkle component skin measurement score. The second rank skin measurement score is 7 points which is the maximum value of the moisture component skin measurement score and 7 points which is the maximum value of the sebum care component skin measurement score. However, the priority level of the skin measurement score of the formulation standard ingredient can be set as the first moisture skin measurement score, the second wrinkle skin score, the third elastic skin score, and the fourth skin care ingredient skin score. The second-order skin measurement score is 7, which is the maximum value of the prioritized moisture component skin measurement score.

On the other hand, the preset criteria for distinguishing the first rank skin measurement score and the second rank skin measurement score for each formulation reference component is the maximum value among the average value of the skin measurement values per formulation reference component or the sum of the skin measurement values for each formulation reference component It can be the maximum value. For example, in FIG. 3, the average value of the moisture component skin measurement score is 5 points, the average value of the wrinkle component skin measurement score is 5.25 points, the average value of the elastic component skin measurement score is 4.5 points, and the average value of the sebum care component skin measurement score is 5 points. Is the point. In this state, the first rank skin measurement score is 5.25, which is an average value of the wrinkle component skin measurement scores. The second rank skin measurement score is 5 points which is an average value of the moisture component skin measurement scores and 5 points which are an average value of the sebum care component skin measurement scores. However, in consideration of the priority of the formulation reference component skin measurement score, the final second rank skin measurement score is 5, which is an average value of the moisture component skin measurement scores.

On the other hand, if a standard type of user-customized cosmetics is selected in the above-described (S530), the control unit 130 is based on a predetermined reference among the plurality of formulation reference component skin measurement scores calculated in the first region 102 for each formulation reference component The skin measurement score for each formulation reference component is calculated. The first and second skin measurement scores are selected from the skin measurement scores of the formulation reference ingredients, and the final formulation ingredients are set based on the first skin measurement score and the second skin measurement score. do. For example, the controller 130 may measure the first rank skin measurement score and the second rank skin measurement having a high skin measurement score for each formulation reference component calculated based on the formulation reference component skin measurement values measured in the first region 102. The final formulation can be set by the score. Here, the preset criteria for distinguishing the first rank skin measurement score and the second rank skin measurement score for each formulation reference component is the maximum value among the average values of the skin measurement values for each formulation reference component or the sum of the skin measurement values for each formulation reference component. It can be the maximum value.

On the other hand, the controller 130 may be set so that the addition point is applied to the formulation reference component skin measurement value measured in the second area 104, when the premium type of user-customized cosmetics is selected in the above (S530). By applying an addition point to the formulation reference component skin measurements measured in the second area 104, the second area 104 more reliably compared to the first area 102 can be classified more sensitively. It can increase skin improvement efficiency by managing.

6 is a view showing an example of the climate change correction value for the climate change measurement value according to an embodiment of the present invention. 5 and 6, the controller 130 may set a climate change correction value, which is an addition point, to the formulation reference component skin measurement value measured in the second region 104. Here, the formulation reference component skin measurement value may include a moisture component skin measurement value, wrinkle component skin measurement value, whitening component skin measurement value, and sebum care component skin measurement value. The climate change correction value may be set according to the monthly climate change measurement value as shown in FIG. 6. The climate change correction value includes a water content correction value, a sebum component correction value, a whitening component correction value, a first correction value including a wrinkle component correction value, and an antipollution component correction value, an ultraviolet component correction value, and a hydro controller component correction value. It may include a second correction value that includes. The first correction value may be set within a range of 80% by weight of the total correction value, and the second correction value may be set within a range of 20% by weight of the total correction value. The second correction value may be calculated by applying the remaining value based on 100% by weight after applying the first correction value.

The controller 130 may select the upper two first rank skin measurement scores and the second rank skin measurement scores among the plurality of formulation reference component skin measurement scores calculated in the first region and the second region for each formulation reference component. The controller 130 may determine the final formulation based on the final first skin score and the second skin score calculated by adding a preset climate change correction value to the first skin score and the second skin score. Set the component. Here, the climate change correction value may be modified to be added only to the first rank skin measurement score according to the program setting of the controller 130.

In addition, the controller 130 may be configured based on the final first and second skin measurement scores calculated by adding preset facial area correction values to the first and second skin measurements, respectively. The final formulation may also be set. For example, in the case of wrinkle component measurement values measured in the O zone around the eye where wrinkles are easily caught, based on the final first and second skin scores calculated by adding a preset face area correction value, The final formulation component can be set. In this way, even in the case of the moisture component measured in the T zone around the forehead with a lot of oil, the final first and second skin scores calculated by adding preset facial area correction values are calculated. Formulation ingredients can be set. Here, the face region correction value may be changed to be added only to the first rank skin measurement score according to the program setting of the controller 130.

The customized cosmetics manufactured according to an embodiment of the present invention is a final formulation suitable for climate change and individual skin condition based on skin measurement data and climate change correction value for each facial region measured by a separate skin measurement unit 110. It can be prepared as a component. That is, in the embodiment of the present invention, the skin care values of the formulation reference components are measured by dividing the face areas so as to more accurately measure and manage individual skin characteristics in the face area of the user. Then, the formulation reference component corresponding to the specified facial region is selected by applying a predetermined score and climate change correction value from the formulation reference component skin measurement value measured in the facial region, and appropriately combines the auxiliary formulation reference component as necessary. Custom cosmetics can be prepared by forming the final formulation. Therefore, a general cosmetic manufacturer can use a user-customized cosmetics manufactured in consideration of individual skin characteristics, not cosmetics manufactured in large quantities in consideration of the average consumer's preference or skin characteristics. In addition, according to the user's preference it is possible to manufacture a more differentiated user-customized cosmetics using natural ingredients themselves or cosmetic raw materials processed form thereof. Therefore, the user can easily select a cosmetic ingredient suitable for the climate change and his skin characteristics, and can receive and use the cosmetics that are suitable for his skin and are periodically supplied.

Although the preferred embodiments of the present invention have been described above, the present invention is not limited thereto, and various modifications and changes can be made within the scope of the claims and the detailed description of the invention and the accompanying drawings. Naturally, it is within the scope of the present invention.

Claims

Formulation reference component skin measurement value divided by user's face region, auxiliary formulation reference component measurement value separately from the formulation reference component skin measurement value, formulation reference component skin reference value corresponding to the formulation reference component skin measurement value, and the A memory unit for storing the auxiliary formulation reference component reference value corresponding to the auxiliary formulation reference component measured value, and

Computed by the processor of the information processing device, the formulation reference component skin measurement value and the formulation reference component skin reference value is calculated to calculate the formulation reference component skin measurement score, and the auxiliary formulation reference component measurement value and the auxiliary formulation reference component Comparing the reference value to calculate the auxiliary formulation reference component measurement score, determine the formulation reference component based on the formulation reference component skin measurement score, determine the auxiliary formulation reference component based on the auxiliary formulation reference component measurement score, Control unit for determining the final formulation component by combining the formulation reference component and the auxiliary formulation reference component

Custom cosmetics manufacturing device comprising a.
Storing the formulation reference component skin measurement values divided by the user's face region, and the auxiliary formulation reference component measurement values separately from the formulation reference component skin measurement values, and

After the formulation reference component skin measurement value and the auxiliary formulation reference component measurement value are stored, the formulation reference component skin reference value corresponding to the formulation reference component skin measurement value and the auxiliary formulation reference component reference value corresponding to the measurement value of the auxiliary formulation reference component Reads from the memory unit, calculates the formulation reference component skin measurement score by comparing the formulation reference component skin measurement value and the formulation reference component skin reference value, and compares the auxiliary formulation reference component measurement value and the auxiliary formulation reference component reference value. Calculating the auxiliary formulation reference component measurement score, determining the formulation reference component based on the formulation reference component skin measurement score, and determining the auxiliary formulation reference component based on the auxiliary formulation reference component measurement score, Determining a final formulation component by combining the auxiliary formulation reference component.

Custom cosmetics manufacturing method comprising a.
In claim 2,

The face area of the user includes a first area that is an outer area and a second area that is an inner area.

The first region is a T zone covering the forehead line and the nose line in the outer region of the face region, and

A U zone covering both side lines and the jaw line which are lower in the outer region of the face region,

The second region is an O zone covering both eye peripheral lines and ball lines in the internal region of the face region, and

N zone covering the area around the nose and the periphery of mouth

Custom cosmetics manufacturing method comprising a.
In claim 2,

The formulation reference component skin measurement value includes a moisture component skin measurement value, wrinkle component skin measurement value, elastic component skin measurement value, and sebum care component skin measurement value,

The auxiliary formulation reference component measurement value comprises a fine dust measurement value, temperature measurement value, humidity measurement value, climate change measurement value including the ultraviolet measurement value, or the user-specific cosmetic manufacturing method comprising a menstrual cycle measurement value.
In claim 2,

The formulation reference component skin measurement value includes a moisture component skin measurement value, wrinkle component skin measurement value, whitening component skin measurement value, and sebum care component skin measurement value,

The auxiliary formulation reference component measurement value comprises a fine dust measurement value, temperature measurement value, humidity measurement value, climate change measurement value including the ultraviolet measurement value, or the user-specific cosmetic manufacturing method comprising a menstrual cycle measurement value.
In claim 5,

The method may further include receiving a selection signal for a user-customized cosmetic type.

The user-customized cosmetic type includes a premium type and a standard type,

The face area of the user includes a first area that is an outer area and a second area that is an inner area,

In the case of manufacturing the premium type user-customized cosmetics, the skin measurement score for each formulation reference component is determined based on a preset standard among the plurality of formulation reference component skin measurement scores calculated in the first region and the second region for each formulation reference component. Calculating and selecting the top two first skin scores and the second skin scores among the skin scores of the formulation reference ingredients, based on the first skin score and the second skin scores. Setting the final formulation ingredients,

In the case of manufacturing the standard type customized cosmetics, the skin measurement score for each formulation reference component is calculated based on a preset standard among the plurality of formulation reference component skin measurement scores calculated in the first region, and the skin for each formulation reference component The user selects the top two first skin scores and the second skin scores among the measurement scores, and sets the final formulation component based on the first skin score and the second skin scores. Cosmetic manufacturing method.
In claim 5,

The face area of the user includes a first area that is an outer area and a second area that is an inner area,

Selecting the top two first rank skin scores and the second rank skin scores from a plurality of formulation reference ingredient skin scores calculated in the first region and the second region for each formulation reference component, and the first rank Customized cosmetics for setting the final formulation ingredients based on the final first skin score and the second skin score calculated by adding a predetermined climate change correction value to the skin score and the second skin score. Manufacturing method.
In claim 7,

The climate change correction value is set according to the climate change measurement value for each period,

The climate change correction value is a moisture correction value, a sebum component correction value, a whitening component correction value, a first correction value including a wrinkle component correction value, and

A method for manufacturing a customized cosmetic comprising a second correction value including an antifouling component correction value, an ultraviolet component correction value, and a hydro controller component correction value.