WO2014061989A1

WO2014061989A1 - Apparatus for instantly manufacturing cosmetics

Info

Publication number: WO2014061989A1
Application number: PCT/KR2013/009240
Authority: WO
Inventors: 이치헌
Original assignee: (주)에이브
Priority date: 2012-10-18
Filing date: 2013-10-16
Publication date: 2014-04-24
Also published as: KR101299849B1

Abstract

Disclosed is an apparatus for instantly manufacturing cosmetics. When a consumer inserts subsidiary materials and base materials into the apparatus, which are selected according to the objectives, purpose of use, and preferences suited to the individual, a final mixture is put into a final product container, and is then sealed and discharged. The apparatus for manufacturing cosmetics by mixing a first material stored in an ampule with a second material stored in a mixing container includes: a housing provided with a final product inlet, into which the final product container storing a mixture of the first material and the second material is inserted; a mixing container inlet, into which the mixing container storing the second material is inserted; a stirrer mixing the first material with the second material by rotating a rotor blade disposed in the mixing container and injecting the mixture into the final product container; and a terminating unit terminating the opened top of the final product container.

Description

Cosmetic Instant Manufacturing Machine

The present invention relates to a cosmetic manufacturing apparatus, and more particularly, when a consumer inputs a component and a base material selected according to the purpose and purpose of use suitable for each individual into the apparatus, the mixed final mixture is sealed in a finished product container, and then finished cosmetic The present invention relates to a cosmetic instantaneous discharge device.

The cosmetics currently on the market are being released as one finished product having different functions and performances by mass production method which is collectively performed in a factory. This is because only a manufacturer who has a certain manufacturing facility and quality control facility under the domestic cosmetics law and is authorized by the authorities can manufacture cosmetics.

Such a factory mass production method is easy to monitor each process so that consumers can safely consume, strict quality control is made, there is an advantage in terms of manufacturer tracking or after-care for side effects or accidents caused by cosmetic consumption.

However, these factory mass production methods have difficulty in activating the personalized cosmetics market because they cannot satisfy various needs of consumers because of the characteristics of standardization, standardization, and mass production, and also cannot actively respond to various needs of consumers.

In addition, cosmetics produced unilaterally according to the needs of companies are supplied regardless of consumer needs, consumption purposes, or tastes.

For example, because the second material included in one cosmetic product is the same but is simply displayed on the market as another product after adding simple efficacy or functional ingredients, the consumer may have a cosmetic product having the same second material but having a different function. Frequently it is necessary to buy.

As a result, consumer-manufacture methods of manufacturing cosmetic products by consuming natural ingredients directly at home are increasing.

However, these self-preparation methods do not have systematic data, so they rely on traditional methods and poor quality control. Most of the remaining organic materials are consumed as they are, so they are susceptible to decayed bacteria. It is causing side effects.

In addition, according to the trend of the self-produced recipes, unofficial experts have been created one after another through cosmetics making courses, but without the permission of the manufacturing industry, materials are illegally circulated and voiced, which is becoming a big social problem.

Therefore, while utilizing the advantages of the mass production system of the factory and complying with the quality control standards of domestic cosmetics manufacturing, there is a demand for a way for consumers to select materials and participate in the manufacturing process according to their use, purpose and taste.

The present invention is to solve the above problems, the consumer selects the subsidiary materials according to the individual needs and needs, and then added to the base material having a unique function of cosmetics to achieve the additional effect desired by the consumer It is to provide a cosmetic instant manufacturing apparatus that can be prepared directly on the fly.

In addition, the present invention relates to a cosmetic instant manufacturing apparatus in which when the consumer-selected submaterials and base materials are put into the apparatus, the mixed final mixture is sealed in the finished product container and then the finished cosmetic is discharged.

In order to achieve the above object, the present invention is a device for manufacturing a cosmetic by mixing the first material stored in the ampoule and the second material stored in the mixing vessel, the finished product is stored a mixture of the first material and the second material A housing including a finished product container inlet through which a container is inserted and a mixing container inlet through which a mixed container in which the second material is stored is inserted; A stirring unit for rotating the rotary blades disposed in the mixing container to mix the first material and the second material and then inject the mixture into the finished product container; It provides a cosmetic instant production apparatus comprising a; and a closing portion for closing the open top of the finished product container.

Preferably, it further comprises an ampoule mounting portion coupled to the upper portion of the mixing vessel, wherein the ampoule mounting portion is provided with a body having a plurality of ampoule insertion holes into which the ampoule is placed, and a plurality of wings from the lower surface of the body It may include a rotary blade disposed in the insertion groove is formed in the upper side and a rotary shaft extending from the rotary blade and axially coupled to the motor of the stirring unit.

Preferably, the housing may be further provided with a first material inlet through which the ampoule mounting portion is inserted.

Preferably, the housing may be provided with a first cradle and a second cradle for mounting the mixing vessel and the ampoule mounting unit respectively introduced into the mixing vessel through the first material inlet and the first material inlet.

Preferably, the mixing container is an upper body is open and the body of the shape of the body through which at least one first discharge hole is formed through the bottom surface, the intermediate portion at least two second discharge holes are formed through and coupled to the lower portion of the body; It may include a rotary part rotatably coupled to the lower portion of the middle portion having a third discharge hole formed through the long hole in the region corresponding to the second discharge hole.

Preferably, the mixing vessel is an ampule mounting portion and the body is formed along the upper edge of the body having an upper body is open and having a body having a body shape formed through the at least one first discharge hole through the bottom surface, and at least one ampoule insertion opening It may include a rotary wing rotatably provided on the bottom surface of the body.

Preferably, the first holder is provided with a first gripping portion for holding the body of the mixing vessel and a second gripping portion for supporting the rotating portion of the mixing vessel, the second gripping portion is rotated by the drive of the motor As a result, the rotating unit may be rotated.

Preferably, the ampule insertion hole may be provided with a blade protruding to the upper side on the bottom surface.

Preferably, the ampoule insertion opening may have at least one outlet formed therethrough so that the first material discharged from the ampule cut by the blade can be discharged to the mixing vessel side.

Preferably, the first discharge hole and the second discharge hole may be in communication with each other or blocked through the rotation of the rotating unit.

Preferably, the stirring portion is coupled to the shaft of the rotary blade and the shaft coupling portion for rotating the rotary blades by a motor and the first material stored in the ampoule by pressing the ampoule by moving downward to the lower portion It may include a pressing plate to be discharged to the outside.

Preferably, the interior of the housing may be further provided with a waste container collecting container is discarded.

Preferably, the first material is a subsidiary material which is a functional material and the second material may be a base material having a function unique to cosmetics.

According to the present invention, when the consumer selects the first material and the second material and puts it into the apparatus, the mixed final mixture is sealed in the finished product container, and then the finished cosmetic is contained and discharged, thereby instantly dispensing cosmetics that meet individual needs and needs. There is an advantage that can be easily manufactured in.

1 is an external view of a cosmetic manufacturing apparatus according to the present invention.

Figure 2 is a schematic diagram showing the internal configuration of FIG.

3 is a schematic view showing another form of the stirring unit in FIG.

Figure 4 is a state diagram showing the injection process and the sealing process of the mixture in FIG.

Figure 5 is a state diagram showing the injection process and the sealing process of the mixture using another finished product container in FIG.

Figure 6 is a coupling state of the ampule mounting portion and mixing vessel according to an embodiment used in the present invention.

7 is an exploded cross-sectional view of FIG.

8 is a perspective view of FIG. 7;

Figure 9 is a perspective view and a perspective view showing a mixing container according to another embodiment used in the present invention.

10a to 10e is a flow chart showing a state according to the operating sequence of the mixing vessel in the present invention.

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

In the following description, the same reference numerals will be used to refer to the same elements even though they are shown in different drawings in order to add reference numerals to help understand the present invention.

In the instant cosmetic preparation device 100 according to a preferred embodiment of the present invention, when the consumer selects the first material and the second material according to the use, purpose or taste of each individual, and then puts them into the device, the finished cosmetic product is finally finished product container There is a technical feature to enable consumers to easily manufacture a cosmetic that is suitable for each individual by being discharged in.

Here, the first material includes a functional material capable of performing a special effect or function, such as wrinkle improvement, anticancer effect, microbial activity suppression, a pigment material for determining the color of the cosmetic, and a perfume raw material for determining the smell of the cosmetic. The second material is defined as a base material that determines the type of the cosmetic itself, in which the first material is excluded from the finished cosmetic.

That is, the base material as the second material may be defined as a skin, essence, lotion, cream, oil, and the like, and the functional material as the first material may be composed of prickly pear extract, sugar extract, acetyl hexapeptide, tocopherol, and the like. .

However, the second material and the first material are not limited thereto, and since the concept of the cosmetic material is very comprehensive, it should be understood that the above-mentioned kind should be understood as an example to help understanding of the invention.

Cosmetic instant production apparatus 100 according to the present invention, as shown in Figures 1 to 5, the interior of the housing 110 includes a finished product container transfer unit 120, the stirring unit 150 and the finishing unit (160,260) do.

The housing 110 has an overall appearance as shown in FIG. 1, and is provided with a finished product container inlet 111, at least one material inlet, and a panel unit 114 on the front thereof.

The finished product container inlet 111 is for injecting the finished product containers (10, 10 ') containing the final mixture is complete mixing of the second material and the first material, the finished product container transfer unit 120 is the finished product container inlet ( Through 111, the inside and the outside of the housing 110 are allowed to enter and exit.

The material inlet is an inlet for injecting the mixing container 20 and the ampoule mounting portion 40 into which the second material, which is a basic material of cosmetics, is mixed into the device for mixing with the first material selected by the consumer. . As shown in the drawing, the mixing vessel 20 and the ampule mounting portion 40 into which the mixing vessel 20 is input so that the mixing vessel 20 and the ampoule mounting portion 40 may be separately input. It may be provided as a first material inlet 113 to be injected.

On the other hand, when the ampule mounting portion 40 'is integrally formed in the mixing vessel 20' used in the present invention as shown in Figure 9 the material inlet is provided as one inlet to the ampule mounting portion 40 The ampoule may be inserted into the device while the ampoule is inserted. That is, the material inlet may be formed as one inlet for injecting the mixed container inlet 112. Hereinafter, for convenience of description, a form in which the material inlet is provided as the mixing container inlet 112 and the first material inlet 113 will be described as an example.

Here, the mixing container 20 is a space for mixing the first material and the second material selected by the second material to be mixed with the first material is pre-stored and the first material selected by the consumer supplied from the ampoule mounting portion 40 It is to provide.

To this end, the mixing vessel 20 is at least two and the body 21 of the shape of the body having an open top and at least one first discharge hole (21a) through the bottom as shown in Figures 6 to 8 Two second discharge holes 22a are formed through the middle portion 22 coupled to the lower portion of the body and a third discharge hole 23a formed through the holes in a region corresponding to the second discharge hole 22a. It comprises a rotating part 23 is rotatably coupled to the lower portion of the intermediate portion 22, the first holder 130 is introduced through the mixing vessel inlet 112 is provided inside the housing 110 Fixed to

On the other hand, the mixing vessel 20 is fixedly mounted to the first cradle 130 through the mixing vessel inlet 112 is supplied in a state in which a predetermined amount of the second material is contained. Accordingly, the consumer selects the mixing container 20 containing the second material suitable for the cosmetics to be made, and then the mixing container 20 containing the second material selected in the first cradle 130 through the finished product container inlet 111. ).

The mixing container 20 is supplied with at least one kind of first material from the ampoule mounting portion 40 introduced into the first material inlet 113 through the open upper portion and mixed with the previously stored second material so as to be of the kind desired by the consumer. Cosmetics are manufactured.

In this case, the first cradle 130 is composed of a first gripping portion 132 for wrapping and fixing the outer circumference of the body 21 and a second gripping portion 134 for wrapping and fixing the rotating portion 23, The second gripping portion 134 is rotatably connected by a separate motor M so that the second discharge hole 22a and the third discharge hole 23a communicate with each other or are blocked by the rotation of the rotating unit 23. .

Accordingly, when the first material is supplied from the ampoule mounting part 40 and the mixing with the second material is completed, the rotating part 23 is rotated to form the first discharge hole 21a formed on the bottom surface of the body 21. The finished cosmetics are made by matching the positions of the second discharge hole 22a of the intermediate part 22 and the third discharge hole 23a formed in the rotary part 23 to the first discharge hole 21a and the second discharge hole. Through the 22a and the third discharge hole (23a) to be discharged to the finished product containers (10, 10 ') side.

Here, although the rotating part 23 is illustrated and described as being rotatably provided under the body 21, the present invention is not limited thereto, and the intermediate part 22 may be rotatably provided under the body 21. Let's find out.

The first material inlet 113 is an inlet for injecting the ampoule mounting portion 40 into the upper side of the mixing vessel 20 fixedly mounted to the first cradle 130. As described above, the first material inlet 113 may be omitted when the material inlet is formed as one.

The ampoule mounting portion 40 is for supplying the first material selected by the consumer to the mixing container 20 side.

The ampoule mounting portion 40 is formed with a predetermined depth cut from the lower surface of the body 42 and the body 42 having a plurality of ampoule insertion openings 41 into which the ampoule 30 containing the first material is disposed. It comprises a rotary blade 44 is inserted into the insertion groove 43 and a rotary shaft 45 extending a predetermined length from the rotary blade 44, the rotary shaft 45 is formed through the insertion groove 43 It is fastened to the body 42 to protrude a predetermined length upward through the axial coupling hole (43a).

At this time, the bottom surface of the ampoule insertion hole 41 is provided with a blade (41a) is formed to protrude a certain height to the upper side so that the lower side of the ampoule 30 inserted into the ampoule insertion opening 41 can be cut off the ampoule (30) The first material stored in the inside) can be discharged from the ampoule 30. In addition, at least one outlet 41b is formed in the bottom surface of the ampoule insertion hole 41 so that the first material discharged from the ampoule 30 flows into the mixing vessel 20 arranged at the lower portion thereof.

The ampoule mounting portion 40 includes a second cradle 140 provided inside the housing 110 through the first material inlet 113 in a state in which the ampoule 30 selected by the consumer is inserted into the ampoule insertion hole 41. It is fixedly attached to). Here, when the material inlet is formed as one inlet, the second cradle 140 may be omitted.

Accordingly, the ampoule in the state in which the mixing vessel 20 and the ampoule mounting portion 40 are fixed to the first cradle 130 and the second cradle 140 through the mixing vessel inlet 112 and the first material inlet 113, respectively. When the upper portion of the ampoule 30 inserted into the insertion hole 41 is pressed to the lower side, the lower portion of the ampoule 30 is cut by the blade 41a and the first material stored in the ampoule 30 is stored in the ampoule insertion hole ( 41, the first material flows into the mixing vessel 20 through the outlet 41b formed at the bottom of the ampoule insertion opening 41 after flowing out to the side.

Here, the ampoule 30 inserted into the ampoule insertion hole 41 is pressed downward by the pressing plate 156 provided in the stirring unit 150, and the first cradle 130 and the second cradle 140. The ampoule mounting portion 40 is fixed to the first cradle 130 and the second cradle 140 by being moved through separate fifth motor 142, sixth motor 136 and seventh motor 144, respectively. Move the mixing vessel 20 to an appropriate position.

On the other hand, the rotary shaft 45 is connected to the rotary blade 44 is axially coupled to the shaft coupling portion 154 of the fourth motor 152 provided in the stirring unit 150 is moved in the lower direction to the fourth motor The rotating blade 44 is rotated by the driving force of 152 to mix the first material and the second material contained in the mixing vessel 20.

On the other hand, the mixing vessel 20 'used in the present invention, as shown in Figure 9, the ampule mounting portion having at least one ampoule inserting opening 41 on the upper side of the body 21 of the open shape of the upper portion ( 40 ') may be integrally formed. The mixing vessel 20 ′ has a rotating blade 44 for mixing the first material and the second material rotatably disposed on the bottom surface of the body 21 and has a rotating shaft of a motor (not shown) provided separately. The first material and the second material contained in the storage container 20 'by being coupled to the motor mounting part 45 provided on the lower side of the rotary blade 44 through the lower part of the 21 to rotate the rotary blade 44. The ingredients are mixed.

Here, the ampoule insertion hole 41 is in communication with the inside of the body 21 and the discharge port 41b, the bottom surface of the ampoule insertion hole 41 is provided with a blade (41a) protruding a predetermined length to the top is inserted By damaging the lower part of the ampoule 30, the first material contained in the ampoule 30 may flow into the inner side of the body 21. That is, the ampoule 30 inserted into the ampoule insertion hole 41 is pressed downward by the pressing plate 156 provided in the agitator 150 so that the lower part of the ampoule 30 is damaged by the blade 41a. Will be.

The panel unit 114 is an input unit for manipulating on / off of the entire apparatus. Accordingly, the consumer through the finished product container inlet 111, the mixed container inlet 112 and the first material inlet 113 to the finished product container (10, 10 '), the mixing container 20 and the ampule mounting portion 40 After each input, the panel unit 114 is operated to turn on the respective driving motors so that the first material supplied through the ampoule mounting unit 40 and the second material contained in the mixing vessel 20 are mixed together. Consumers can manufacture cosmetics tailored to their tastes and consumption purposes on-site. Here, the panel unit 114 is connected to a control unit (not shown), and the control unit (not shown) controls the on / off of the driving motors and the overall operation of the device according to the signal input from the panel unit 114. do.

The stirring unit 150 is axially coupled to the rotary shaft 45 of the rotary blade 44 disposed inside the mixing vessel 20, 20 'is contained in the mixing vessel 20 by rotating the rotary blade 44 After mixing the first material and the second material is to discharge the mixture is completed to the finished product container (10, 10 ') side.

The stirring unit 150 has a plate-shaped pressing plate 156 having a predetermined area at the lower end of the shaft coupling portion 154 and the shaft coupling portion 154 is axially coupled to the rotary shaft 45 of the rotary blade 44. It is provided with. Here, the shaft coupling portion 154 is reciprocated in the up and down direction by the fourth motor 152. Accordingly, when the ampoule mounting portion 40 is fixedly mounted to the second cradle 140 through the first material inlet 113 and the device is turned on through the panel 114, the fifth motor 142 and The ampoule mounting portion 40 and the mixing vessel 20 are moved to the lower portion of the stirring portion 150 by the driving of the sixth motor 136, and the shaft coupling portion 154 of the ampule mounting portion 40 is moved to the fourth motor. The driving plate 152 is moved downward to be axially coupled with the rotary shaft 45 (FIG. 10A). Then, the pressing plate 156 is moved downward by the fourth motor 152 so that the ampoule mounting portion 40 The lower part of the ampoule 30 is cut by the blade 41a by pressing the ampoule 30 inserted into the ampoule insertion opening 41 downward. Through this, the first material flowing out of the ampoule 30 is moved to the mixing vessel 20 through the outlet 41b of the ampoule insertion hole 41. (FIG. 10B) Then, to the fourth motor 152. As a result, the rotary blade 44 is moved downward to stir and mix the first material and the second material stored in the body 21 of the mixing container 20. (FIG. 10C) The first material is stirred for a predetermined time. And mixing the second material when the mixing of the second material is completed by rotating the rotary part 23 of the mixing container 20 through the motor M to communicate the second discharge hole 22a and the third discharge hole 23a. Is injected into the finished product containers (10, 10 ') disposed on the lower side through the third discharge hole (23a). (10d) At this time, the mixture is easily injected into the finished product containers (10, 10') side The ampoule mounting portion 40 is lowered into the body 21 by the fourth motor 152 (FIG. 10E). When the mouth is completed, the finished product containers 10 and 10 'are moved to the finishing

parts

160 and 260 by the first motor 126.

On the other hand, another form of agitator in the instant cosmetic manufacturing apparatus according to the present invention is shown in FIG. The stirring unit 250 is a case where the rotary blade 44 serving to mix the first material and the second material is provided at the bottom of the mixing vessel 20 as shown in FIG. Here, the stirring unit 250 is provided with a separate motor to reciprocate in the interior of the housing through the lower side of the mixing vessel 20 fixedly mounted on the first cradle 130, the axis of rotation of the rotary blade 44 Combined.

In FIG. 3, reference numeral 154 is provided with a plate-shaped pressing plate 156 having a predetermined area at the bottom thereof, and is reciprocated in the up and down directions by the fourth motor 152 to the ampoule insertion hole 41 of the ampoule mounting portion 40. Presses the inserted ampoule 30 to the bottom and serves to pressurize the mixture is stirred to the bottom. To this end, the pressing plate 156 is disposed below the first plate 156a and the first plate 156a having an area substantially the same as that of the ampoule mounting portion 40, and an open upper portion of the mixing vessel 20 '. And a second plate 156b having an area approximately equal to that of the first plate, and the first plate and the second plate are individually driven by an appropriate number of motors. Accordingly, when the upper portion of the ampoule 30 is pressed by the first plate 156a, the first material flowing out of the ampoule 30 is mixed through the outlet 41b of the ampoule insertion hole 41. And the mixing is completed, the second plate (156b) is moved to the bottom to press the mixture to the lower portion of the mixture through the first discharge hole (21a) provided in the lower portion of the mixing vessel 20 ' Injected into the (10,10 ') side. When the injection of the mixture is completed through this process, the finished product containers 10 and 10 'are moved to the finishing

parts

160 and 260 by the first motor 126.

Here, the ampoule mounting portion 40 and the mixing container 20 in which the mixing of the first material and the second material and the injection into the finished product containers 10 and 10 'are completed, are separate waste container containers provided in the housing 110 ( 170).

The finished product container transfer unit 120 is disposed in the housing 110, the second material and the first material selected by the consumer to match the type and function of the cosmetics desired by the consumer is finally finished cosmetics The finished product containers (10, 10 ') to be stored is for transporting to a suitable location. The finished product container transfer unit 120 is provided with two parts, the upper transfer plate 121 and the lower transfer plate 125 as shown in Figures 2 to 5, the lower side of the lower transfer plate 125 is the first motor 126. It is coupled to the screw 127 connected to the) to be reciprocated in the left and right directions along the screw 127 by the drive of the first motor 126. In addition, the upper transfer plate 121 is provided with a mounting groove 122 is formed in a predetermined depth recessed so that the finished product containers (10, 10 ') can be placed on the upper side, the lower side is connected to the second motor 123 By being coupled to a screw (not shown) is provided to be reciprocated in the forward and backward direction along the screw with respect to the lower transfer plate 125 by the drive of the second motor 123.

In addition, the upper transfer plate 121 is limited to the rotation by the guide bars 124 provided on both sides, so that only the reciprocating linear motion is moved forward and backward along the screw (not shown) when the second motor 123 is driven. In the same manner, the lower transfer plate 125 is also constrained by a guide bar (not shown) to reciprocate linear movement in left and right directions along the screw 127 when the first motor 126 is driven. Only make it happen.

Accordingly, the finished product container transfer unit 120 is moved in the front and rear directions by the drive of the second motor 123 in the state that the finished product containers (10, 10 ') is inserted into the seating groove 122 is After moving to the lower side of the ampoule 30, the base material and the first material are mixed to contain the finished cosmetics, and the finished product containers 10 are moved to the finishing

parts

160 and 260 by the driving of the first motor 126. The finished top container (10,10 ') sealed in the open upper part of the 10') and re-moved by the driving of the first motor 126 and the second motor 123 and sealed through the finished container inlet 111. ) Is discharged to the outside of the device.

On the other hand, the finished product container transfer unit 120 is a horizontal base plate 115 to which the first motor 126 is fixed to the screw 118 with respect to the vertical base plate 117 by the driving of the third motor 116. Accordingly, by providing a straight reciprocating motion in the up and down directions, the positions of the finished product containers 10 and 10 'placed in the seating grooves 122 may be transferred upward and downward.

The finishing

parts

160 and 260 are for sealing the open top of the finished product containers 10 and 10 'into which the mixture is injected from the mixing container 20. Finished product container (10, 10 ') is injected into the finished product container (10, 10') through the third discharge hole (23a) of the mixing container 20 as described above after the finished product container transfer unit 120 By the) is transferred to the finish (160,260) side.

These finishing

parts

160 and 260 are mounted on the opposite side opened in the state in which the inner cap 12, which is typically provided on the upper part of the finished product containers (10, 10 ') or the inner cap 12 and the outer cap 13 is mounted. It is provided to perform both forms of sealing treatment.

Specifically, as shown in FIGS. 2 and 4, when the finished product container 10 is not supplied with the inner cap 12 through the finished product container inlet 112, the finished product container 10 is After the finished product container transfer part 120 is moved to the lower part of the inner cap supply part 161 by the driving of the first motor 126, the inner cap 12 is opened from the inner cap supply part 161 to the open upper part of the finished product container 10. Is fixed on the side. Then, the finished product container 10 in which the inner cap is temporarily fixed is moved to the lower part of the inner cap mounting part 162 by the driving of the first motor 126. Thereafter, the eighth motor 163 provided in the inner cap mounting unit 162 is operated so that the rod 164 is moved downward, and the cap rotating plate 165 provided at the lower portion of the rod 164 pressurizes the inner cap. By closing the open upper portion of the finished product container 10 after the finished product container transfer unit 120 is moved to the finished product container inlet 112 side the finished product container 10 containing the finished cosmetics through the finished product container inlet 112 It is discharged to the outside.

Here, although illustrated and described as having a separate inner cap supply unit 161 inside the housing 110, it is not limited thereto, and as shown in FIG. 1, a separate inner cap inlet 119 is provided in the housing 110. ) And then supplying the inner cap 12 to the upper side of the finished product containers 10, 10 'through the inner cap inlet 119, and then fixing the inner cap 12 at the inner cap mounting portion 162. Note that it can also be used.

On the other hand, as shown in FIG. 4, when the finished product container 10 ′ in which the opposite side is opened in the state where the inner cap and the outer cap are first mounted through the finished product container inlet 112 is supplied, the finished product container 10 ') Is moved to the lower side of the finishing

parts

160 and 260 provided with a pair of hot plates 262 through the movement of the finished product container transfer unit 120 by the drive of the first motor 126 after the mixture is injected. Thereafter, the pair of hot plates 262 are operated by the ninth motor 264 to seal the open portion of the finished product container 10 'by applying heat from both sides, and then the finished product container transfer part 120 again inserts the finished product container. The finished product container 10 'containing the finished cosmetics moved to the side 112 is discharged to the outside through the finished product container inlet 112.

Hereinafter, assuming the case of using the mixing container 20 disclosed in Figure 6 will be described in detail the operation sequence of the instant cosmetic manufacturing apparatus 100.

First, the consumer selects the ampoule 30 containing the desired first material and mounts the ampoule insert 41 of the ampoule mounting portion 40. Then, the finished product container (10, 10 ') is inserted into the seating groove 122 through the finished product container inlet 111, and the first mounting bracket 130 and through the mixing container inlet 112 and the first material inlet 113 After the mixing vessel 20 and the ampoule mounting portion 40 are mounted to the second cradle 140, the apparatus is driven through the panel 115 provided at the front of the housing 110. When the manipulation of the panel unit 114 is completed, the

finished product containers

10 and 10 ′ are moved to the inside of the housing 110 through the finished product container inlet 112. Here, the mixing vessel 20 is mounted on the first cradle 130 in a state in which a predetermined amount of the second material of the desired type is contained, and the ampule insertion hole 41 of the ampoule mounting portion 40 is desired by the consumer. The ampoule 30 containing the first material is mounted to the second cradle 140 with an inserted state.

Thereafter, the rotary shaft 45 of the ampoule mounting portion 40 and the shaft coupling portion 154 of the stirring portion 150 are axially coupled, and the pressing plate 156 of the stirring portion 150 is moved downward so that the ampule mounting portion 40 The ampoule 30 inserted in the pressure is pressed downward. The lower side of the ampoule 30 is cut off by the blade 41a and the first material stored therein flows out through the outlet 41b and moves to the mixing vessel 20 side. Then, the rotary blade 44 of the ampoule mounting portion 40 is lowered into the mixing vessel 20 and the lowered rotary blade 44 is rotated for a predetermined time by the fourth motor 152 mixing vessel 20 Stirring of the second material and the first material contained therein occurs. After the stirring is completed, the rotating part 23 of the mixing vessel 20 is rotated through the motor, so that the first discharge hole 21a of the body 21, the second discharge hole 22a and the rotating part 23 of the intermediate part 22 are rotated. By allowing the third discharge hole (23a) of the communication is to be mixed is injected into the finished product container (10, 10 ') side through the third discharge hole (23a). At this time, the ampoule mounting portion 40 is moved downward by the pressing plate 156 to press the mixture to be mixed downward through stirring to completely discharge the mixture to the finished product container (10, 10 ') side.

Subsequently, the finished product containers 10 and 10 'in which the mixture is injected are moved to the finishing

parts

160 and 260 through the movement of the finished product container transfer part 120 so that the inner cap is mounted (see FIG. 4) or the open portion of the hot plate 272. After being sealed by (see FIG. 5), the finished product is moved to the inlet 111 of the finished product and the finished product is discharged through the inlet 111 of the finished product.

According to the present invention, when the consumer selects the first material and the second material, and puts it into the device, the final cosmetic product is mixed and discharged in the finished product container, so that cosmetics can be readily prepared on the basis of individual needs and needs. There is an advantage.

Although specific embodiments of the present invention have been described in detail with reference to the drawings, the present invention is not limited to such specific structures. Those skilled in the art will be able to easily modify or change without departing from the technical spirit described in the claims below. However, equivalents, modifications, and replacements through such simple design modifications or modifications are all apparently within the scope of the present invention.

Claims

In the apparatus for manufacturing a cosmetic by mixing the first material stored in the ampoule and the second material stored in the mixing container,

A housing including a finished product container inlet into which a finished product container into which the mixture of the first material and the second material is stored and a mixing container inlet into which the mixed container in which the second material is pre-stored are inserted;

A stirring unit for rotating the rotary blades disposed in the mixing container to mix the first material and the second material and then inject the mixture into the finished product container; And

Cosmetics instant production apparatus comprising a; finishing portion for closing the open top of the finished product container.
The method of claim 1,

It further comprises an ampoule mounting portion coupled to the upper portion of the mixing vessel, wherein the ampoule mounting portion is provided with a body having a plurality of ampoule inserting holes into which the ampoule is placed, and formed with a plurality of wings to form an incision from the lower surface of the body to the upper side The instantaneous cosmetic manufacturing apparatus comprising a rotary blade which is disposed in the insertion groove to be extended from the rotary blade and axially coupled with the motor of the stirring unit.
The method of claim 2,

The housing is an instant cosmetic manufacturing apparatus, characterized in that the first material inlet is further provided with the ampoule mounting portion.
The method of claim 3, wherein

The interior of the housing is instantaneous cosmetic manufacturing apparatus, characterized in that the first holder and the second holder for mounting the mixing vessel and the ampoule mounting portion that is introduced into each through the mixing vessel inlet and the first material inlet.
The method of claim 2,

The mixing container has an upper body open and an enclosure-shaped body in which at least one first discharge hole is formed through the bottom surface, and an intermediate portion and the second discharge portion through which at least two second discharge holes are formed through and coupled to the lower part of the body. The instantaneous cosmetic manufacturing apparatus comprising a rotating part rotatably coupled to the lower portion of the intermediate part having a third discharge hole formed through the long hole in the area corresponding to the ball.
The method of claim 1,

The mixing container is provided with an enclosure-shaped body in which an upper portion is opened and at least one first discharge hole penetrates through the bottom surface, and at least one ampoule inserting opening, the ampule mounting portion and the bottom surface of the body are disposed along the upper edge of the body. Instantaneous cosmetic manufacturing apparatus comprising a rotary wing rotatably provided.
The method of claim 4, wherein

The first holder is provided with a first gripping portion for holding the body of the mixing vessel and a second gripping portion for supporting the rotating portion of the mixing vessel, the second gripping portion is rotated by the drive of the motor to rotate the Cosmetics instant production apparatus, characterized in that rotated.
The method according to claim 2 or 6,

The ampoule insertion opening is instant cosmetic manufacturing apparatus, characterized in that the blade is provided with a protruding to the upper side.
The method of claim 8,

The ampoule inserting opening is cosmetic instant manufacturing apparatus, characterized in that at least one outlet is formed so that the first material discharged from the ampoule cut by the blade is discharged to the mixing vessel side.
The method of claim 5,

The first discharge hole and the second discharge hole cosmetic instant manufacturing apparatus, characterized in that in communication with each other or blocked through the rotation of the rotating part.
The method according to claim 2 or 6,

The stirring unit is coupled to the shaft of the rotary blade to move the shaft coupling portion for rotating the rotary blades by a motor and the lower by the driving of the motor to press the ampoule downward to discharge the first material stored in the ampoule to the outside Cosmetics instant production apparatus, characterized in that it comprises a pressing plate to be.
The method of claim 1,

The instantaneous cosmetic manufacturing apparatus, characterized in that the inside of the housing is additionally provided with a waste container collection bin is discarded.
The method of claim 1,

The first material is a member material which is a functional material, and the second material is a cosmetic instant manufacturing apparatus, characterized in that the base material having a function unique to cosmetics.