KR20250031679A - Cometic container with a function to prevent leakage of raw materials - Google Patents

Abstract

A cosmetic container having a raw material leakage prevention function according to the present invention comprises a main case having first injection holes formed therein, into which different types of raw materials discharged by a raw material kit part are injected, a silicone blocking member coupled to the lower side of the main case and having blocking embosses formed at respective positions corresponding to the first injection holes, and a lower member coupled to the lower side of the main case to which the silicone blocking member is coupled and having second injection holes formed at respective positions corresponding to the first injection holes, and a main body part on which a joining member for joining the cosmetic container is formed, and which rotates the lower member by a specific angle after the cosmetic container is placed in the joining member so as to be joined to the joining member.

Description

{COMETIC CONTAINER WITH A FUNCTION TO PREVENT LEAKAGE OF RAW MATERIALS}

The present invention relates to a cosmetic container having a raw material leakage prevention function, and more specifically, to a cosmetic container having a raw material leakage prevention function in which, when a raw material used for manufacturing a customized cushion pack is injected into the cosmetic container through an injection hole and the cosmetic container is joined to a main body, a lower member of the cosmetic container is rotated by a specific angle to close the injection hole, thereby preventing the raw material from leaking.

Typically, cosmetics are mass-produced by cosmetics manufacturers and sold to consumers through beauty stores.

Additionally, cosmetics can only be manufactured by those who have certain manufacturing facilities and quality control facilities and who have been granted permission by the authorities.

However, it is practically impossible for a cosmetics manufacturing company to manufacture cosmetics while taking into account the tastes and skin characteristics of numerous consumers.

As a result, cosmetics manufacturers tend to manufacture cosmetics in a way that prevents skin problems and other problems from occurring, which limits their ability to meet the diverse needs of consumers.

Accordingly, consumers have the inconvenience of having to find and purchase cosmetics that are suitable for their skin. Recently, functional cosmetics that add specific ingredients to cosmetics to manage acne, wrinkles, freckles, and blemishes are being manufactured and sold.

However, the above-mentioned functional cosmetics also have difficulty satisfying the needs of consumers with different skin characteristics. To solve this problem, a personalized cosmetics manufacturing device has been proposed that allows consumers to manufacture cosmetics that match their skin characteristics.

As mentioned above, in the past, customized manufacturing machines or services that recommend cosmetics suited to individuals have been proposed, such as sensing an individual's skin condition through a smartphone camera or a dedicated skin measuring device, dispensing lipstick suited to the individual's skin, and allowing the user to apply it to their lips alone, or dispensing 2-3 types of lotion, mixing them with the user's hand, and applying them to the face.

However, there is a great demand for a method that can be used immediately after optimally mixing various raw materials automatically without using human hands in a state that suits the external environment and individual skin condition.

The purpose of the present invention is to provide a cosmetic container having a raw material leakage prevention function, which prevents the raw material from leaking by rotating the lower member of the cosmetic container by a specific angle to close the injection hole when the cosmetic container is joined to the main body after the raw material used for manufacturing a customized cushion pack is injected into the cosmetic container through an injection hole.

In addition, the present invention aims to provide a cosmetic container capable of generating cosmetic ampoule combination information so as to manufacture customized cosmetics according to a survey conducted by a user and a user's behavioral pattern.

In addition, the present invention aims to provide a cosmetic container that can generate and recommend cosmetic ampoule combination information based on static variable values determined based on a questionnaire and dynamic variable values determined based on an external environment according to a user's behavioral pattern.

In addition, the present invention aims to provide a cosmetic container that can recommend a cosmetic manufacturing recipe determined by another user of the same group after grouping according to static variable values and dynamic variable values of each user.

In order to achieve the above object, a cosmetic container having a raw material leakage prevention function includes a main case having first injection holes formed therein, into which different types of raw materials discharged by a raw material kit part are injected, a silicone blocking member coupled to the lower side of the main case and having blocking embosses formed at respective positions corresponding to the first injection holes, and a lower member coupled to the lower side of the main case to which the silicone blocking member is coupled and having second injection holes formed at respective positions corresponding to the first injection holes, and a main body part on which a joining member for joining the cosmetic container is formed, and which rotates the lower member by a specific angle after the cosmetic container is placed in the joining member so as to be joined to the joining member.

In one embodiment, the cosmetic container is placed into the connecting member of the main body, and then the lower member is rotated by a specific angle so that the positions of the first injection hole and the second injection hole are misaligned, thereby preventing leakage of the raw material injected into the cosmetic container.

According to the present invention as described above, there is an advantage in that when a raw material used for manufacturing a customized cushion pack is injected into a cosmetic container through an injection hole and the cosmetic container is joined to a main body, the lower member of the cosmetic container is rotated by a specific angle to close the injection hole, thereby preventing the raw material from leaking.

In addition, according to the present invention, there is an advantage in that it is possible to generate cosmetic ampoule combination information so as to manufacture customized cosmetics according to a survey conducted by a user and a user's behavioral pattern.

In addition, according to the present invention, there is an advantage in that cosmetic ampoule combination information can be generated and recommended based on static variable values determined based on a questionnaire survey and dynamic variable values determined based on an external environment according to a user's behavioral pattern.

In addition, according to the present invention, there is an advantage in that it is possible to recommend a cosmetic manufacturing recipe determined by another user of the same group after grouping according to static variable values and dynamic variable values for each user.

FIG. 1 is a drawing for explaining a system for providing customized cosmetics according to one embodiment of the present invention.
FIG. 2 is a block diagram illustrating a customized cosmetics manufacturing machine according to one embodiment of the present invention.
FIG. 3 is a drawing for explaining a cosmetic container according to one embodiment of the present invention.
FIGS. 4 and 5 are drawings for explaining a main case according to one embodiment of the present invention.
Figure 6 is a back view illustrating a cosmetic container according to one embodiment of the present invention.
FIG. 7 is a drawing for explaining a main body part to which a cosmetic container is coupled according to one embodiment of the present invention.

The above-mentioned objects, features and advantages will be described in detail below with reference to the attached drawings, so that those with ordinary skill in the art to which the present invention pertains can easily practice the technical idea of the present invention. In describing the present invention, if it is judged that a detailed description of a known technology related to the present invention may unnecessarily obscure the gist of the present invention, a detailed description thereof will be omitted. Hereinafter, a preferred embodiment according to the present invention will be described in detail with reference to the attached drawings. In the drawings, the same reference numerals are used to indicate the same or similar components.

FIG. 1 is a drawing for explaining a system for providing customized cosmetics according to one embodiment of the present invention.

Referring to FIG. 1, a system for providing customized cosmetics includes a customized cosmetics manufacturing machine (100) and a user terminal (200).

A customized cosmetic manufacturing machine (100) is a device that stores a cosmetic manufacturing recipe received from a user terminal (200) and manufactures a customized cushion pack based on the cosmetic manufacturing recipe according to a cushion pack manufacturing command. This customized cosmetic manufacturing machine (100) will be described in more detail below.

The user terminal (200) receives the user-specific skin information survey results, the user skin information received from the skin recognition device, and the external environment information (i.e., outdoor environment information and indoor environment information) based on the user movement pattern, and then classifies the users into groups and generates a cosmetic manufacturing recipe preferred by other users of the same group. At this time, the user skin information received from the skin recognition device (not shown) may include skin conditions (i.e., wrinkles, elasticity, moisture, pores, pigmentation, skin tone, sensitivity, etc.).

To this end, the user terminal (200) provides a skin information survey execution procedure and receives the skin information survey results according to the skin information survey execution procedure.

At this time, the skin information survey results may include age, external exposure, UV index, dryness, irritation from cosmetics, degree of wrinkles, degree of redness, degree of dead skin cells, degree of elasticity, degree of liver spots, degree of blemishes, degree of freckles, degree of pores, pore area, surface, skin concerns, coffee consumption, etc.

Accordingly, the user terminal (200) can determine static variables and static variable values based on the skin information survey results. That is, the user terminal (200) can determine items corresponding to survey questions as static variables, and determine responses to survey questions as static variable values.

In addition, the user terminal (200) provides an external environment information input procedure, and receives external environment information according to the user's movement pattern from the user terminal (600_1 to 600_N) through the external environment information input procedure.

At this time, the user terminal (200) can determine dynamic variables and dynamic variable values based on external environmental information according to the user's movement pattern. That is, the user terminal (200) can determine external environmental factors as static variables, and determine values for external environmental factors as static variable values.

Thereafter, the user terminal (200) generates a cosmetic manufacturing recipe by applying different weights to each of the static and dynamic variables based on the results of the skin information survey and external environmental factors according to the user's movement pattern.

In one embodiment, the user terminal (200) can generate a cosmetic manufacturing recipe according to the mixing ratio of each raw material type according to the static variable value when the user uses it for the first time.

In another embodiment, the user terminal (200) may generate a cosmetic manufacturing recipe according to the mixing ratio of each raw material type selected by the user when the score is below a specific score based on the user's skin information survey results.

In addition, the user terminal (200) can determine the dynamic variable ratio and the static variable ratio depending on whether the outdoor activity time corresponds to the critical time, and then generate a cosmetic manufacturing recipe based on the dynamic variable ratio and the static variable ratio.

In one embodiment, the user terminal (200) determines a dynamic variable ratio as higher and the remaining ratio as a static variable ratio based on the outdoor activity time of the user when the outdoor activity time of the user is longer than a threshold time based on the user's movement pattern.

In another embodiment, the user terminal (200) determines that the dynamic variable ratio and the static variable ratio are the same when the user's outdoor activity time is a critical time based on the user's movement pattern.

In another embodiment, the user terminal (200) determines a static variable ratio as higher and the remaining ratio as a dynamic variable ratio based on the indoor activity time when the outdoor activity time of the user is less than or equal to a threshold time based on the user's movement pattern.

As described above, the user terminal (200) determines the dynamic variable ratio and the static variable ratio, and then applies a weight to the mixing ratio of each raw material type according to the dynamic variable value so that the combined overall dynamic variable ratio becomes the predetermined dynamic variable ratio, and applies a weight to the mixing ratio of each raw material type according to the static variable value so that the combined overall static variable ratio becomes the predetermined static variable ratio.

As in the above embodiment, the user terminal (200) can generate a cosmetic manufacturing recipe so that if the total static variable ratio, which is the sum of the mixing ratios of each raw material type according to the static variable values, does not correspond to a predetermined static variable ratio, the remaining ratio is extracted from a specific raw material (e.g., soda).

As in the above embodiment, the user terminal (200) can generate a cosmetic manufacturing recipe so that if the total dynamic variable ratio, which is the sum of the mixing ratios of each raw material type according to the dynamic variable values, does not correspond to a predetermined dynamic variable ratio, the remaining ratio is extracted from a specific raw material (e.g., soda) and manufactured.

In addition, the user terminal (200) can determine static variable values and dynamic variable values based on the skin information survey results and external environmental factors according to the user's movement pattern, and then group users based on these, and then recommend cosmetic manufacturing recipes selected by other users in the same group.

In one embodiment, the user terminal (200) displays each of the static variable values and dynamic variable values for each user on a graph, places a reference cluster, and then groups and classifies each of the static variable values and dynamic variable values based on the reference cluster.

In the above embodiment, the user terminal (200) can recommend a cosmetic manufacturing recipe selected by another user clustered into the same reference cluster to a specific user if both the static variable value and the dynamic variable value are clustered into the same reference cluster based on information of users belonging to each group grouped into the reference cluster.

FIG. 2 is a block diagram illustrating a customized cosmetics manufacturing machine according to one embodiment of the present invention.

Referring to FIG. 2, a customized cosmetics manufacturing machine (100) includes a communication unit (110), a cosmetics container (120), a raw material kit unit (130), a driving unit (140), and a control unit (150).

The communication unit (110) stores a cosmetic manufacturing recipe received from a user terminal (200) and provides the information to the control unit (150) so that a customized cushion pack is manufactured based on the cosmetic manufacturing recipe according to a cushion pack manufacturing command.

The cosmetic container (120) can be implemented as a removable and refillable cosmetic container that can be replaced according to the purpose or individual's desire.

The cosmetic container (120) accommodates raw materials discharged from the raw material kit section (130).

To this end, the cosmetic container (120) may have an injection hole formed so that different types of raw materials discharged by the raw material kit section (130) can be injected.

The number of injection holes formed on the lower side of the cosmetic container (120) can be changed according to the number of raw material kit parts (130), and the positions of the injection holes and the positions of the raw material kit parts (130) can be combined in a corresponding manner. Accordingly, when the raw material discharged from the raw material kit part (130) is injected through the injection hole, it is absorbed by the sponge inside the cosmetic container (120). Such a cosmetic container (120) will be described with reference to FIG. 3 below.

The raw material kit section (130) discharges different types of raw materials into the cosmetic container (120) through a discharge section that discharges pre-stored raw materials.

The straight-line discharge portion that discharges the raw materials stored in the raw material kit portion (130) is eccentric toward the center of the customized cosmetic manufacturing machine (100). Therefore, when different types of raw materials are discharged from each of the raw material kit portions (130) to the cosmetic container (120) through the discharge portion, the raw materials discharged from each of the raw material kit portions (130) are gathered at the center of the cosmetic container (120), making it easy to stir by the stirring portion.

The shape of the raw material kit section (130) may be such that the housing is formed such that the discharge section is radially arranged so as to be eccentric toward the center according to the number of predetermined raw material kit sections that can be accommodated in the customized cosmetics manufacturing machine.

For example, if the number of raw material kit parts (130) built into the customized cosmetics manufacturing machine (100) is 6, they may be formed in the shape of an inverted triangular pillar, and the discharge part for discharging the raw material may be formed to be eccentric to the center.

For another example, if the number of raw material kit parts (130) built into the customized cosmetics manufacturing machine (100) is four, they may be formed in a square pillar shape and the discharge part for discharging the raw material may be formed to be eccentric to the center.

A gear wheel is formed on the outer periphery of the raw material kit part (130), and is interlocked with the gear wheel formed on the outer periphery of the driving part (140) in a mutually connected manner. Accordingly, when the gear wheel of the raw material kit part (130) rotates, it interlocks with it and rotates together.

In one embodiment, when the gear of the raw material kit part (130) rotates, the needle use control part located inside the raw material kit part (130) moves upward and protrudes outward from the raw material kit part (130). In this way, when the needle use control part moves upward, the needle that passed through the injection hole of the cosmetic container (120) reenters the inside of the needle case.

In another embodiment, when the gear of the raw material kit part (130) rotates in the reverse direction, the needle use control part located inside the raw material kit part (130) moves downward and moves toward the inside of the raw material kit part (130). Accordingly, when the needle use control part moves downward, the needle protrudes outward from the needle case and passes through the injection hole of the cosmetic container (120).

As described above, the needle use control unit is formed with a needle and a needle case, and as the needle use control unit moves in the downward direction of the raw material kit unit (130), the needle case of the needle use control unit moves downward together, so that the needle protrudes outward from the needle case and passes through the injection hole of the cosmetic container (120).

The driving unit (140) controls the operation of each of the raw material kit units (130). Gears are formed on the outer periphery of the driving unit (140), and are interlocked with the gears formed on the outer periphery of the raw material kit unit (130). Therefore, when the gears of the driving unit (140) rotate, the gears of the raw material kit unit (130) that are interlocked with them rotate.

In one embodiment, when the gear formed on the outer periphery of the raw material kit portion (130) is rotated in the reverse direction by a specific angle according to the driving of the driving portion (140), the needle use control portion located inside the raw material kit portion (130) moves upward and protrudes outward from the raw material kit portion (130). Accordingly, when the needle use control portion moves upward, the needle that passed through the injection hole of the cosmetic container (120) reenters the inside of the needle case.

In another embodiment, when the gear formed on the outer periphery of the raw material kit part (130) is rotated by a specific angle by the driving of the driving part (140), the needle use control part located inside the raw material kit part (130) moves downward and moves toward the inside of the raw material kit part (130). Accordingly, when the needle use control part moves downward, the needle protrudes outward from the needle case and passes through the injection hole of the cosmetic container (120).

When the raw material kit unit (130) is mounted, the control unit (150) receives kit-related information from the smart tag of the raw material kit unit (130), extracts the type and remaining amount of the raw material kit unit corresponding to the kit-related information, and can determine information about the mounted raw material kit unit (130).

When the control unit (150) receives a cushion pack manufacturing command after the mounting of the raw material kit unit (130) is completed, it checks whether all raw material kit units (130) corresponding to the cosmetic manufacturing recipe have been mounted.

If all the raw material kit parts (130) corresponding to the cosmetic manufacturing recipe are equipped, the control unit (150) determines the type and raw material discharge amount of the raw material kit part (130) that must operate according to the cosmetic manufacturing recipe, and operates the driving unit (140) corresponding to the type of raw material kit part (130) to control the raw material kit part (130) to discharge raw materials in the amount of the raw material discharge amount determined in advance.

FIG. 3 is a drawing for explaining a cosmetic container according to one embodiment of the present invention.

Referring to FIG. 3, the cosmetic container (120) includes a main case (131), a silicone sealing member (132), and a lower member (133).

The main case (131) has first injection holes (1311_1 to 1311_N) formed so that different types of raw materials discharged by the raw material kit section (130) can be injected, and the positions of the first injection holes (1311_1 to 1311_N) and the positions of the raw material kit section (130) can correspond.

Accordingly, when the ampoule discharged from the raw material kit section (130) through the first injection hole (1311_1 to 1311_N) is injected into the main case (131), it is absorbed into the sponge of the main case (131). Accordingly, the user can apply the cosmetic absorbed into the sponge through the puff and use it.

At this time, the number of first injection holes (1311_1 to 1311_N) may be changed depending on the number of raw material kit parts (130). In FIG. 3, since the number of raw material kit parts (130) is 6, the number of first injection holes (1311_1 to 1311_N) is illustrated as 6, but the number of first injection holes (1311_1 to 1311_N) may be changed depending on the number of raw materials used to manufacture customized cosmetics.

The silicone blocking member (132) is coupled to the lower side of the main case (131) and serves to block each of the first injection holes (1311_1 to 1311_N) of the main case (131). At this time, the silicone blocking member (132) has blocking embosses (3121_1 to 1321_N) formed at each position corresponding to the first injection holes (1311_1 to 1311_N) of the main case (131).

Each of the blocking embossments (3121_1 to 1321_N) of the above silicone blocking member (132) is torn in a specific shape (e.g., “+”) so that the needle of the raw material kit part (130) can pass through the blocking embossments (3121_1 to 1321_N) and inject the raw material into the main case (131).

The blocking emboss (3121_1 to 1321_N) of the silicone blocking member (132) has elasticity, so that even if the injection of the raw material is completed and the needle of the raw material kit part (130) comes out of the blocking emboss (3121_1 to 1321_N), the part that is torn into a specific shape returns to its original state, preventing the raw material injected into the main case (131) from leaking out.

At this time, the number of blocking embosses (3121_1 to 1321_N) may be changed depending on the number of first injection holes (1311_1 to 1311_N). In Fig. 3, since the number of first injection holes (1311_1 to 1311_N) is 6, the number of blocking embosses (3121_1 to 1321_N) is illustrated as 6, but the number of blocking embosses (3121_1 to 1321_N) may be changed depending on the number of raw materials used to manufacture customized cosmetics.

The lower member (133) can be coupled to the lower side of the main case (131) to which the silicone blocking member (132) is coupled, and second injection holes (1331_1 to 1331_N) are formed at positions corresponding to the first injection holes (1311_1 to 1311_N) of the main case (131). At this time, the size of the second injection holes (1331_1 to 1331_N) can be formed smaller than the size of the first injection holes (1311_1 to 1311_N).

Accordingly, the needle of the raw material kit part (130) passes through the torn portion of the sealing embossing (3121_1~1321_N) of the silicone sealing part (132) through the second injection hole (1331_1~1331_N) of the lower part (133) and then passes through the first injection hole (1311_1~1311_N) of the main case (131) so that the raw material can be injected into the main case (131).

At this time, the number of second injection holes (1331_1 to 1331_N) may be changed depending on the number of first injection holes (1311_1 to 1311_N). In FIG. 3, since the number of first injection holes (1311_1 to 1311_N) is 6, the number of second injection holes (1331_1 to 1331_N) is illustrated as 6, but the number of second injection holes (1331_1 to 1331_N) may be changed depending on the number of raw materials used to manufacture customized cosmetics.

FIGS. 4 and 5 are drawings for explaining a main case according to one embodiment of the present invention.

Referring to FIGS. 4 and 5, the main case (131) has first injection holes (1311_1 to 1311_N) formed so that different types of raw materials discharged by the raw material kit section (130) can be injected, and the positions of the first injection holes (1311_1 to 1311_N) and the positions of the raw material kit section (130) can correspond.

Accordingly, when the ampoule discharged from the raw material kit section (130) through the first injection hole (1311_1 to 1311_N) is injected into the main case (131), it is absorbed into the sponge of the main case (131). Accordingly, the user can apply the cosmetic absorbed into the sponge through the puff and use it.

At this time, the number of first injection holes (1311_1 to 1311_N) may be changed depending on the number of raw material kit parts (130). In FIG. 3, since the number of raw material kit parts (130) is 6, the number of first injection holes (1311_1 to 1311_N) is illustrated as 6, but the number of first injection holes (1311_1 to 1311_N) may be changed depending on the number of raw materials used to manufacture customized cosmetics.

Fig. 6 is a back view for explaining a cosmetic container according to one embodiment of the present invention. Fig. 7 is a drawing for explaining a main body part to which a cosmetic container according to one embodiment of the present invention is coupled.

Referring to FIGS. 6 and 7, when the main case (131), silicone sealing member (132), and lower member (133) of FIG. 3 are combined, the cosmetic container (120) of FIG. 6 is formed. Looking at the back surface of the cosmetic container, the first injection hole (1311_1 to 1311_N), the sealing member (132), and the second injection hole (1331_1 to 1331_N), into which different types of raw materials discharged by the raw material kit part are injected, can be positioned correspondingly, respectively.

The cosmetic container (120) of Fig. 6 is coupled with the main body (300) of Fig. 7. To this end, a coupling member for coupling the cosmetic container may be formed in the main body (300) of Fig. 7. After the cosmetic container (120) is placed in the coupling member, the lower member (133) of the cosmetic container (120) is rotated by a specific angle to be coupled with the coupling member (310) of the main body (300).

As described above, after the cosmetic container (120) is placed in the connecting member (310) of the main body (300), the lower member (133) is rotated by a specific angle so that the positions of the first injection hole (1311_1 to 1311_N) and the second injection hole (1331_1 to 1331_N) are misaligned, thereby preventing leakage of the raw material injected into the cosmetic container.

Although the invention has been described with reference to limited embodiments and drawings, it is to be understood that the invention is not limited to the embodiments described above, and that various modifications and variations can be made from this description by those skilled in the art to which the invention pertains. Accordingly, the scope of the invention should be understood only by the scope of the claims set forth below, and all equivalent or equivalent variations thereof are intended to fall within the scope of the invention.

100: Customized Cosmetics Manufacturing Machine,
110: Communications Department,
120: Cosmetic container,
130: Raw material kit section,
131: Main Case,
1311_1~1311_N: 1st injection hole
1331_1~1331_N: 2nd injection hole
132: Absence of silicone sealant,
133: Lower Absence
140: Drive unit,
150: Control Unit
200: User terminal,

Claims (2)

A cosmetic container comprising a main case having first injection holes formed therein into which different types of raw materials discharged by a raw material kit section are injected, a silicone blocking member coupled to the lower side of the main case and having blocking embosses formed at each position corresponding to the first injection hole, and a lower member coupled to the lower side of the main case to which the silicone blocking member is coupled and having second injection holes formed at each position corresponding to the first injection hole; and
It is characterized by including a main body part in which a joining member for joining the cosmetic container is formed, and the lower member is rotated by a specific angle to be joined to the joining member after the cosmetic container is placed in the joining member.
A cosmetic container with a raw material leakage prevention function.
In the first paragraph,
The above cosmetic container
After being inserted into the connecting member of the main body, the lower member is rotated by a specific angle so that the positions of the first injection hole and the second injection hole are misaligned, thereby preventing leakage of the raw material injected into the cosmetic container.
A cosmetic container with a raw material leakage prevention function.